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FAQs
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What are the best features of Microsoft Office 365?
Here’s a breakdown of some awesome Features Office 3651. Work Smarter, EverywhereAfter buying Office 365, you also gain access to its accompanying mobile apps and browser apps. This allows you to access their cloud service from any up to date web browser on your desktop or mobile device. Even better yet, you don’t have to install Office software on your computer to do this.The mobile app allows you to access all of your Office 365 subscriptions and Office products right from your smartphone or tablet; this includes Word, Excel, Powerpoint, Onenote, and more. Cut the cord and stop working on your PC only — download the Microsoft Office 365 mobile app to stay productive, even while on the go.2. Enjoy 50 GB of StorageEach Office 365 user receives a whopping 50 GB of storage with Exchange Online; this can be used to save emails, calendar events, task lists, meeting notes, contact information, and email attachments.You can save some more space in your mailbox by utilizing the OneDrive cloud storage feature to share attachments.Your OneDrive storage is also synced to your device, enabling you to work offline on files. As soon as you reconnect to the web, the newest versions of your documents will be automatically uploaded to your cloud storage. The new versions of your documents will also be sent to any other connected device, including your phone or tablet — nifty!3. Edit Documents with Real-Time Co-AuthoringCollaborate online and see changes your team makes to shared documents within your Office apps as they happen with the real-time co-authoring feature in Word. Save your file to OneDrive cloud storage or SharePoint so your team can access the document and make any necessary edits or updates. You can also share it directly from Word by utilizing a handily integrated sidebar. As the publisher and access-giver, you can edit accessibility settings at any time.With the improved version control that was rolled out with Office 2016 co-authoring, you can see which changes to the document were made by which contributor and when the update was made. You can also easily revert back to a previous version of the file whenever you need to.4. Connect with Co-WorkersYou may not have known this, but Office apps include a Skype in-app integration. You can use this feature to instant message your teammates, share your screen during meetings and have audio or visual conversations — without even exiting the Office apps you’re working in. You can continue Skype conversations even after you close your office apps via your desktop or mobile version of Skype. The best part? Your team will receive unlimited Skype minutes.Source: Microsoft5. Send Links, Not FilesIt’s time to move away from email attachments. It’s never been easier to share documents for co-authoring!Simply upload your file to Office 365’s cloud storage. Then, write your email via Outlook or the Outlook web app. Rather than attaching your document to the email, you can insert a link to the file on your cloud. Outlook will automatically allow email recipients to edit the document you wish to share. You can always change permissions on any document at your convenience.6. Convert OneNote Items into Outlook Calendar EventsEasily configure OneNote items to tasks within your Outlook calendar. You can also assign tasks to colleagues, complete with follow-up reminders and concise due dates. You can also transfer meeting notes taken in OneNote via email to your teammates, and add important details (date, location, and attendees) to their respective meeting.7. Use Your Mouse as a Laser Pointer during PowerPoint PresentationsWith only a simple keyboard shortcut (Ctrl + P), your mouse can be used as a laser pointer during your PowerPoint presentations. You can also use the “presenter mode” commands while using this feature.The laser pointer tool has been a nifty trick within older versions of the office apps for years; however, it was only recently integrated for touch-screen devices. All you have to do is hold down on your device’s screen, and the laser pointer will appear.8. Create a Power Map Using ExcelTurn data into a 3-D interactive map with Power Map, one of the many Power BI-enhanced data visualization features that Excel has to offer. It comes with three different filters: List, Range, or Advanced. The Power Map will help you not only convey your data more effectively, but also support your claims by creating a tangible story from the numbers.
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Is it true that the United States military is the most powerful military in the world?
Very much true.The US military has massive power projection, more than any country in the history of man. The US has 11 (CATOBAR/STOBAR) Aircraft Carriers, while the next country has 1 which is, China, Russia, India, UK, and France. Also, the US Carriers are not just regular carriers, they are known as Super Carriers. Which is a term coined by the public to say that these carriers are so large that they exceed the definition of an Aircraft Carrier. Also, the US carriers were designed in the 70’s and countries are now just starting to make designs that could compete with the American Carriers. However, the US just redesigned the carrier and is coming out with the new Gerald R. Ford Class Carrier, which is supposed to be years possibly decades ahead of any other countries design. If you include Helicopter Carriers, and Amphibious Assault ships, that number jumps up to 20, soon to be 22. Then the next highest is tied between Japan and France with 4. My favorite part about the US having so many Aicraft Carriers is that if we divided them up between the major oceans, we could have 4 in each ocean… Crazy. The US carriers are also nuclear powered, they are the only carriers to be nuclear powered besides the French R91 Charles de Gaulle.Note the types of planes on the US Carriers. If you look at the USS Gerald R. Ford, it is fielding 5 different aircraft. 4 planes and 1 helicopter. We will look at the planes. Woden note, the USN has the 2nd largest Air Force in the world, right behind the USAF.First plane- McDonnell Douglas F/A-18 Hornet/Super Hornet: The plane is one of the most decorated planes, with thousands of successful missions, while requiring 3x less maintenance and failures than its counterparts. The plane has electronic warfare capabilities, air to air, and air to ground capabilities. Also, has spy and early warning capabilities. It was one of the first aircraft to heavily use multifunction displays, which at the switch of a button allow a pilot to perform either fighter or attack roles or both. The airframe is complex yet so simple, that a 4 man team can remove and install a new F404 engine in 40 minutes. Was also one of the very first 4th generation fighter on an aircraft carrier.Second plane- Northrop Grumman X-47B: This guy will be the very first and only Carrier based Drone. Northrop Grumman intends to develop the prototype X-47B into a battlefield-ready aircraft, the Unmanned Carrier-Launched Airborne Surveillance and Strike (UCLASS) system, which will enter service in the 2020s. So it’ll have strike options and surveillance capabilities.Third plane- Northrop Grumman E-2 Hawkeye: Many countries have AWAC systems or Airborne early warning and control. But only the United States have a Carrier based AWAC system. With the creation of this system, carriers that are hundreds of miles away from the nearest AWAC system, this plane gives the ability for a carrier strike group to potentially detect fifth-generation fighters like the Russian Sukhoi Su-57 and the Chinese Chengdu J-20 and Shenyang J-31 farther out. Also, gives the ability to guide fleet weapons, such as AIM-120 AMRAAM and SM-6 missiles, onto targets beyond a launch platform's detection range or capabilities.Fourth plane- Lockheed Martin F-35C Lightning II: This plane is the first and only carrier based 5th Generation Stealth fighter. The plane is meant as an air superiority fighter and a plane capable of ground support. It also has a very low, almost undetectable, cross section and radar signature. Besides radar stealth measures, the F-35 incorporates infrared signature and visual signature reduction measures. With the addition of a 5th generation stealth fighter, this gives the US military and Navy, the opportunity to do more damage and to have true air superiority over all other aircraft carrier based planes and land based planes. The US, in the event of a war, can now bring 5th gen fighters to the battle without the need of the Air Force against other 4th gen fighters, or possibly the few Chinese or Russian 5th gen fighters.Furthermore, the US have some of the best destroyers on the planet. With the highly acclaimed Arleigh-Burke Class Destroyer, and the brand new, low production Zumwalt Class Destroyer. The US has the most destroyers in the world with about double the next country, with another 4 undergoing sea trials and we are currently building 5 more and have awarded contracts for 5 more. By 2024 the US is expected to have 79 destroyers in service.Zumwalt Destroyer- The Zumwalt class warships are the largest destroyer ever built. The USS Zumwalt has unusual hull design optimized for wave piercing. There is a composite deckhouse. Angular shape minimizes its radar signature. The ship has hidden radar and sensors. The despite its size the USS Zumwalt has a radar signature of a fishing boat. Also it has reduced sound and infrared signature what makes this ship harder to detect. The ship is the First american surface warship to integrate electronic propulsion, it generates enough power to light up a small city. Sound levels of the Zumwalt are comparable with Los Angeles class submarines.Arleigh-Burke Destroyer- These guided missile destroyers entered service with the US Navy in 1991 were the first large US Navy vessel designed to incorporate stealth shaping techniques to reduce radar cross-section. Also these are one of the biggest destroyers in the world that incorporate highly advanced weaponry and systems. Hull profile of the Arleight Burke class signNowly improves seakeeping, permitting high speeds to be maintained in difficult sea states. The AN/SPY-1D phased array radar incorporates signNow advances in the detection capabilities of the AEGIS weapons system, particularly in its resistance to enemy electronic countermeasures. Missile are stored in vertical launch systems, that can also house smaller Evolved Sea Sparrow (ESSM) missiles, Tomahawk land attack cruise missiles, ASROC anti-submarine missiles. For point defense the ships are equipped with two Phalanx Close-In Weapon Systems (CIWS). Also there are 324 mm launchers for Mk.46 or Mk.50 torpedoes.Daily dose of freedom right here.Obviously, we can’t forget about the immaculate US submarine fleet. The US has some of the most advanced and quietest submarines. All of them use nuclear propulsion for extended range and stealth capabilities. The US has the…Ohio class (18 in commission) – 14 ballistic missile submarines (SSBNs), 4 guided missile submarines (SSGNs)- The U.S. Ohio-class submarines, of which 14 are Trident II SSBN, each capable of carrying 24 SLBMs. The first four which were all equipped with the older Trident I missiles have been converted to SSGN's each capable of carrying 154 Tomahawk guided missiles and have been further equipped to support Special OperationsSeawolf class (3 in commission) – attack submarines- The Seawolf class boats were intended to seek and destroy the latest Soviet ballistic missile submarines, such as the Typhoon class and attack submarines such as the Akula class. Seawolf class submarines are arguably the quietest submarines in the world ever constructed. It is exceptionally quiet even at high speeds. Most submarines need to keep their speed down to as little as 5 knots to avoid detection by passive sonar arrays, while the Seawolf class are credited with being able to cruise at 20 kots and still be impossible to locate. A Seawolf at 25 knots makes less noise than an older Los Angeles class submarine tied up alongside the pier. And these came out in 1989.Virginia class (11 in commission, 5 under construction, 2 on order) – fast attack submarines- The Virginia class submarines incorporate newly designed anechoic coating, isolated deck structures and new design of propulsor to achieve low acoustic signature. It is claimed that noise level of the Virginia is equal to that of the Seawolf class. The Virginia class submarines are fitted with 12 vertical launch system (VLS) tubes. These are used to launched Tomahawk land attack cruise missiles with a range of 1 700 km. Also there are four 533-mm torpedo tubes. These are used to fire a total of 26 Mk.48 heavyweight torpedoes and Sub-Harpoon anti-ship missiles. It is the first US submarine to employ a built-in Navy SEAL staging area allowing a team of 9 men to enter and leave the submarine.(Improved) Los Angeles class (34 in commission, 2 in reserve) – attack submarines- The Improved submarines are much quieter. It is described that improved Los Angeles class boats are 7 times quieter than the original Los Angeles class boats. The class features a very potent weapon array, including Mk.48 torpedoes, Sub-Harpoon anti-ship missiles and Tomahawk land attack cruise missiles. Tomahawk missiles can be launched from torpedo tubes of from dedicated vertical launching systems. These boats can operate under ice where the Russian ballistic missile submarines tend to hide.Surfacing of a US Submarine.Let’s move onto the air. While the USN has a quite capable Air Force. But that is dwarfed by the sheer magnitude and strength of the United States Air Force. The Air Force articulates its core missions as air and space superiority, global integrated ISR, rapid global mobility, global strike, and command and control. The USAF flys a multitude of different planes and helicopters. The USAF is the largest Air Force in the world, here is the list of what America flys. Most of these are at the cutting edge of innovation, with two of them being 5th generation stealth fighters. That’s really really good because no other country has an active 5th gen while the US has 2. The USAF also has the largest bomber, tanker, fighter, and transport fleets in the world. The USAF has so many staging areas around the world, that the US can have bombers or any other planes on station, anywhere around the world in a matter of hours.Attack: A-10, AC-130, MQ-1, MQ-9Bomber: B-1B, B-2, B-52HElectronic warfare: E-3, E-8, EC-130Fighter: F-15C, F-15E, F-16, F-22 (5th gen), F-35A (5th gen)Helicopter: HH-60, UH-1NReconnaissance: MC-12, RC-135, RQ-4, RQ-170, U-2, U-28Trainer: T-1, T-6, T-38, T-41, T-51, T-53, TG-16Transport: C-5, C-12, C-17, C-21, C-32, C-37, C-130, C-40, CV-22, VC-25Tanker: KC-10, KC-135Let’s look at the two of my favorite ones and the most technologically advanced planes in the world.F-22 RaptorThe F-22 Raptor air superiority fighter is almost invisible to radars. This aircraft carries a powerful array of weaponry. It is the most advanced and most expensive production fighter aircraft to date. Many of sensors and avionics of this plane remain classified. Engines of the raptor allow the aircraft to supercruise over long ranges, while thrust-vectoring nozzles, combined with a triplex fly-by-wire flight control system, make it exceptionally maneuverable. The highly integrated avionics systems also include a data-link, inertial navigation system with embedded GPS for high-accuracy navigation, and advanced electronic warfare, warning and countermeasures systems. Two central computers manage the automatic switching of the sensors between completely passive and wholly active operation, according to the tactical situation. Artificial intelligence algorithms fuse data from the sensors and present only relevant information to the pilot to reduce workload while at the same time improving tactical awareness. The datalink allows tactical information to be shared with other F-22s. The tech is so special that other countries, not even NATO allies are given the chance to procure the plane.B-2 SpiritThe B-2A Spirit is the silver bullet of US policy, reserved for use against targets of the highest priority. The B-2's stealth characteristics enable the undetected penetration of sophisticated anti-aircraft defenses and to attack even heavily defended targets. This stealth comes from a combination of reduced acoustic, infrared, visual and radar signatures (multi-spectral camouflage) to evade the various detection systems that could be used to detect and be used to direct attacks against an aircraft. Composites are extensively used to provide a radar-absorbent honeycomb structure; the bomber has a minimal IR signature, does not contrail and uses its shielded APQ-181 radar only momentarily to identify a target just before attacking. The onboard DMS is capable of automatically assessing the detection capabilities of identified threats and indicated targets. The DMS will be upgraded by 2021 to detect radar emissions from air defenses to allow changes to the auto-router's mission planning information while in-flight so it can receive new data quickly to plan a route that minimizes exposure to dangers. Also, most of the B-2s are stationed in Missouri, and they are capable of bombing any target in the world despite being in the heart of America.Now for the US ARMYThe US army it self is massive in numbers, coming in at 1.01 million personnel, it self is one of the biggest standing armies in the world, and that's just one branch of the US military. Also, in the US military, it is the largest branch out of them all surpassing any other branch by almost 600,000 personnel. They provide the bulk of security for the US's foreign interests. The mission of the U.S. Army is to fight and win our Nation's wars, by providing prompt, sustained, land dominance, across the full range of military operations and the spectrum of conflict, in support of combatant commanders. Which is mainly air domination and land domination. They mainly engage is conventional warfare, and asymmetrical warfare. The US Army's main responsibilities is preserving the peace and security and providing for the defense of the United States, the Commonwealths and possessions and any areas occupied by the United States, Supporting the national policies, Implementing the national objectives, Overcoming any nations responsible for aggressive acts that imperil the peace and security of the United States. The US Army is also home to some of the most dangerous, prestigious and hardest working special forces teams in the world such as the frontline special force, the Rangers, we also have the green berets and the iconic 1st Special Forces Operational Detachment-Delta (Airborne) also known as Delta Force. The US army is thought to be one of the most battle tested and battle proven militaries in the world. With the mobility of the USAF an army QRF can be anywhere on earth in less than 24 hours. The US ARMY uses the M1A2 Abrams tank. One of the most badass, heaviest, fastest, and battle hardened tanks in the world.This tank has incredible technology and armor. Also it has seen combat. It is one of the most feared MBTs. The M1A2 offers signNow protection against all well-known anti-tank weapons. This main battle tank uses advanced armor, reinforced with depleted uranium layers. The M1A2 has signNow level of protection against all known anti-tank weapons. It can also employ counter-IED equipment. The tank is armed with the same 120-mm M256 smoothbore gun as its predecessor. Range of effective fire is in excess of 4 km. This main battle tank is powered by a Honeywell AGT1500 gas turbine engine, developing 1 500 hp. The tank is one of the fastest in the world, clocking in (with no governor) at 60 mph while being THE heaviest tank in the world. As of April of 2018, the US has no combat losses with the Abrams, the Abrams has only been lost due to friendly fire, never to enemy fire.I don’t think I need to explain the marines. Just know that they use the same tech as the Army (with some exceptions) but they are also the main invasion force for the US. And they are badass.The US military signNow is massive with the Aircraft carriers and the 700+ military bases around the world. The US is truly the most powerful military in the world. The fact that they can have a men anywhere in the world in less than 24 hours and being able to bomb any place on earth, just proves how powerful the US military is.
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What is the best free PDF reader for large documents?
[1] PDF format is popularly known as print document format. This creates a virtual printer within operating system to print the document. For offline scanning of document, the PDF format is popular. The importance attached with these program is that you need to have PDFsoftware installed to run these files. If someone sends you PDF file and your computer do not have such software installed then that file is not to be read from there.There are so many PDF softwires available and this article aims to find out the mostly free software or freeware to help readers to choose from variety of options. More and more operating systems are providing built-in facilities for such products. Now-a-days everything comes with PDF formats beginning from circulars, bank statement, insurance statement, tax statement and e-books.That is why there immense important to have the free PDF software installed on computer but the thousand question is which one is to choose from the variety of resources available.Sumatra PDF:Sumatra PDF is available for download to Windows since the times of Windows XP. This program has very low foot print, light on system resources and fast. It is going to perform simple task as well as it is going to perform complex task depending upon you choose from PDFfiles. It is available with installed version as well as standalone portable version in which it does not write to registry.It is available in 64 bit version on Windows. It is available for Windows XP, Vista, 7, 8, 8.1 and 10. It is available for Windows operating system only.signNow Reader DC:It is from signNow and signNow is available for free for users. While installing this software do check for installation of MCAfee security and safe connect.it is a big download of nearing to 120 MB. Yours antivirus software might stop this installation so allow to install it. This software for high=end computing processes.Many features are included with it and for some features you might need it and if you want to have these features then it is better to choose this software. It has mobile version of android and apple operating system. With it you are going to synchronize documents with clouds and yours signature too and everything is going to stay with cloud to access from each and every device.When you first download signNow on Windows, a download manager first downloads and it is small in size and then by opening that download manager signNow software is installed and this is nearer to 120 MB.PDF-Xchange Editor:PDF-Xchange Editor is a smart PDF tools and most functions are free except some complex ones. It is a PDF reader, pdf editor and pdf tools. It can print PDFs, fill the forms created with signNow and can extract images from PDF files. There are some advanced features included in this free version but most of these are not free one is that watermarking of PDFsoftware which is not free.Foxit Reader:Foxit Reader is fast, simple and is there for years. It is available for Windows, Apple and android versions. It can fill forms and save data. Can include and validate electronic signatures. During installation user need to be cautioned not to install so many verities of other software. In order to keep the size of download minimal, the user manual is available for separate download.It is faster than PDF-Xchange Editor. If you are not interested in OCR facilities then Foxit reader is best suited for yours work. Multiple PDF documents when opened all these are opened in tab format and shifting from one tab to the other is easier. From time to time it introduces some new features in order to provide dynamic software development.It allows adding up of multimedia files easier. Collaboration with social media accounts becomes easier with Fixit Reader because of the ease to synchronize with Twitter, Facebook, Evernote and SharePoint. One caution is that Foxit Reader comes bundled with so many other software and toolbar and it is important to not to allow installations of such software during its installation.MuPDF Reader:It is very lightweight PDF Reader. On its first launch it will ask you about to choose from files instead of showing its interface and when the PDF is opened then it shows the exact documents and no toolbar and other interfaces are present. In order to see the interface of MuPDF reader you are going to click on the top left of the visible windows to find it. It provides a cleaner interface and superior look for PDF files.Google Chrome PDF viewer:While browsing for internet whenever you see any PDF and click on it and it will slowly open in another tab of Chrome and you can read it from there or download by clicking the downloadsymbol available there. This setting can be turned and changed out there easily, go to settings of chrome and then advanced and then content settings and then pdf documents, Scroll down and click on PDF documents and from there switch on ‘Download PDF files instead of opening automatically opening them in Chrome’ and this will download PDF files from net to computer.If you want to read PDF files that are stored inside computer, then right click on that files and then open with chrome and your chrome reader will automatically, open pdf files and for this you will not have to install pdf viewers. Similarly, with android if you install Google Drive then you will not need any other third-party PDF apps as Google Drive act as PDF viewer and make it default while opening the first PDF and that is going to make it default.TinyPDF:TinyPDF as the name suggests has very small foot print of PDF reader and it has no string attached. It is only 586k as it is less than one MB. It does not contain no malware, adware, watermarks and no pop Global Home: UPS is completely free. JPEG compression is supported. No ghost script and third-party software included with the installer version. The downside is that it is partially supported on 64-bit computer. Automatic font management is there.There are so many alternatives to use for PDF viewer and if your computer is 64 bit then you can download the 64 bit version of Sumatra PDF and if you want to insert electronic signature then opt for Foxit PDF reader and if you want to have the old and classic PDF reader which is heavier in file composition and not for low end computing purposes then go for signNow and lastly if you do not want to install PDF readers at all then it is better to open it with Google Chrome built in PDF viewer.So, there are many large numbers of option to choose from and if you want to have some complex PDF functions besides the presence of PDF reader you need pdf tools and others then it is best to have PDF-Xchange viewer and so many other option listed here you can choose it from. There are some other alternatives are available which are there to search ad find in internet.This entry was posted in Android Apps on Google Play, Apple Inc., Computer Information Technology, Google, Google Chrome, Information Technology, Internet, Windows 10, Windows 8, Windows XP and tagged signNow, Apple, doPDF, FOXIT READER, free PDF converter, google chrome, image to pdf converter, PDF Password Remover, pdf printer, pdf-xchange, Sumatra PDF A PDF Viewer for Windows, WINDOWS, Windows 8, WINDOWS VISTA, WINDOWS XP, Windows XP SP3 onFootnotes[1] Best Free PDF Writer and Reader
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What are the current topics for a paper presentation by an ECE student?
List of all Technical topics (ECE) in recent trend is given below :A Digital Speech Effects SynthesizerAdvanced Queue Management TechniquesAgent Mediated E-commerceAircarsAircraft GPS TrackingAmbiophonicsAn Electric BicycleLogin application in java using model view controller(mvc) and MySQL databaseAnatomy and working of search enginesAndroid a smart phone operating system by googleAnti-hiv using nano robotsApache hadoop introductionApplication of microcontroller in vehicle monitoring and security systemAqua communication using modemArtificial intelligence on expert systemsAn iPhone application for visualizing pollution mapsAnalysis of Minimum Energy Performance Standards (MEPS) for Domestic Electrical appliancesAnalysis on Performance of Freeware ToolsAndroid Operating SystemAnimatronicsAntenna Analysis Using Wavelet RepresentationsAnti-Jamming wireless systemsApplication of Genetic Algorithms in Network routingApplication of LED for Domestic ApplicationsApplications of Graph Theory to Metabolic PathwaysApplications of Soft Computing in Medical Image AnalysisApplications of speech recognitionApproximate string matching for Music retrievalARQ Schemes for Wireless Data CommunicationsArtificial EyeArtificial immune system.Artificial intelligence for speech recognitionAspects of Database Security and Program SecurityAttacks on Smart CardsAugmented RealityAuthentication and securing the systemsAutomated Network Address AssignmentAutomated Software Testing of ApplicationsAutomatic Device Driver Synthesis From Device SpecificationsAutomatic sound-based user grouping for real time online forumsAutomatic Video Surveillance SystemsAutonomic ComputingAutomatic Conveyor for Industrial AutomationAttendance Monitoring Intelligent ClassroomAn Automatic Mobile Recharge StationBidirectional Power Control for hybrid vehiclesBiomolecular ComputersBiometrics IRIS techniqueBio sensors (photonics)BiochipsBio-Medical Instrumentation and Signal analysisBiometric SecurityBiometric TechnologyBiometrics Based AuthenticationBio-Molecular ComputingBionic eye possible path toward artificial retinaUltrasonic Based Distance Measurement SystemWireless Advanced Flight Systems Aircraft Monitoring SystemBlade ServersBlue GeneBlue sat Communications ProtocolBlue-sat Radio Switching CircuitBluetooth Based Smart Sensor NetworksBrain computer interfaceBiomass gasifier for thermal and electrical applicationsBittorrent a revolution in p2p technologyBlue brainBlue eyes technologyBrain controlled car for disabled using artificial intelligenceBrain gateBrain port deviceBrain Finger Print TechnologyBrian Gate TechnologyBroadband via satellite to Rural AreasCapability Maturity Model Programming (CMM)Capacity of Ad-hoc Wireless NetworksVehicle Speed Sensing and Smoke Detecting SystemIntelligent Fire Sprinkler SystemCapturing packets in secured networksCarbon nano tube electronicsCDMA Wireless Data TransmitterCellular CommunicationsCellular Digital Packet DataCellular Neural NetworkCellular technologies and securityCarbon nanotubesChallenges in mobile ad hoc networks (manets)Cloud computingCloud computing concepts and designCensoring private information from network packet tracesChannel Allocation Algorithms for Mobile TelephonyGSM based Advanced Wireless Earthquake Alarm System for early warningIntelligent Wireless Talking Bus StopChannel Coding and Decoding for Mobile CommunicationsChannel Estimation in MIMO SystemsCharacterization of Piezoelectric ElementsChess AlgorithmChoreographyAqua communication using modemCircuit and safety analysis systemClassification, Clustering and Application in Intrusion Detection SystemClassification, Clustering and their Application for Damage Detection in MechanicalClustering Enterprise JavaCoding in high noise environmentsCold fusionCollaborative Mobile EnvironmentsCombined Input Output Queued SwitchesCompact peripheral component interconnect (CPCI)Compliers and its workingCompression and distribution of volumetric data setsComputational Geometry in Drug DesignComputational Intelligence and LinguisticsComputational neuroscienceComputational PhotographyComputer ForensicsComputer Viruses(Malwares, Trojons, Spywares)Computerized Paper Evaluation using Neural NetworkConcurrent Programming and Parallel distributed O.S.Condition Monitoring of Power System EquipmentConditional Access SystemContent Management Systems(WordPress, Joomla, Drupal etc)Continuously variable transmission (CVT)Control & Signal Processing Techniques in Financial EngineeringControl and Optimization Methods in Communication NetworksControl of a 3-d overhead craneControl of heterogeneous networksControl System Wireless InterfaceControlled multimedia recording environment for lectures and 3D.Controller design for a helicopter modelCooperative Adaptive Cruise ControlCross Platform Component Object ModelCrusoe ProcessorCryogenic ProcessorCryptography and N/W securityCryptovirologyCSS and DeCSSCT scanningCyber terrorismDeploying a wireless sensor network on an active volcanoDigital jewelryData Mining for Condition Monitoring of Power System EquipmentData mining through Active LearningDynamic Car Parking Negotiation and Guidance Using An Agent-Based PlatformGSM Real Time Street Light Control SystemsData over Cable System (DOCSIS)Data Pre ProcessingData Security in Local Network using Distributed FirewallsData ware hosuing & miningDatagram Congestion Control Protocol (DCCP)Dataset Query algorithms in Streaming MiningDelay-Tolerant NetworksDense wavelength division multiplexingDesign and development of a programmable alarm systemDesign of a wireless sensor board for measuring air pollutionDesign of Amplifier for recording of Nerve SignalsDesign of an all Electric Steering WheelDesign of diamond-based Photonics devicesDesign of IC Amplifiers for touch SensorsDesign of Low Density Parity Check CodesDetermination of efficiency of the Permanent Magnet MotorsDeveloping a own server systemDevelopment and Control of Humanoid robotDevelopment of a Broadband Tunable Fiber LaserDevelopment of a New Sensor for Detecting Partial Discharge Induced PressureDevelopment of a wind-turbine simulatorDevelopment of new sensors for online monitoring of partial dischargesDigit recognition using neural networkDigital Audio BroadcastingDigital Audio Effects Control by AccelerometryDigital Camera Calibration and Inversion for Stereo iCinemaDigital Neurons for Digital BrainsDigital Signal Processing and their applicationsDigital silhouettesDigital theatre systemDirect to home television (DTH)Direct Torque and Flux Control of IPMSMDistance learning systemsDomain name servers [DNS]Driving Optical Network EvolutionDual Energy X-ray AbsorptiometryDynamic Cache Management TechniqueDynamic Memory Allocation(malloc, calloc, NEW etc)Dynamic resource allocation in Grid ComputingDynamic source routing protocolDynamic Virtual Private NetworkEarth Simulator- Fastest SupercomputerEffects of large scale integration of PV systems on the distribution networkEfficiency / Comparative study of routing schemes in event based systemsElectromagnetic Applications for Mobile and Satellite CommunicationsElectromagnetic launching systemElectromagnetic processor fabricationElectronic nose & its applicationElliptical Curve Cryptography(ECC)Embedded Configurable Operating systemEmbedded system in automobilesEmbedded systems and VLSI an architectural approach to reduce leakage energy in memoryEmbedded web server for remote accessEmbryonics approach towards integrated circuitsEmergency Health Care SystemEmerging trends in robotics using neural networksE-MINE: A novel web mining approachEncrypted Hard disksEncrypted Text chat Using BluetoothEncryption Decryption MethodsEnergy-efficiency and Layer Integration in Wireless NetworksEnterprise SecurityEqualization of room acoustics for audio reproductionEthernet Passive Optical NetworkE-Toll tax fixingEvolution Of Embedded SystemeXtensible Bindings Language (XBL )Electronic waste (e-waste)Embedded web server for industrial automationEyegaze systemFuel saver systemGoogle autonomous carFeatures of Qualcomm Snapdragon processorGuarding distribution automation system against cyber attacksFace detection technologyFacility Layout Design using Genetic AlgorithmFalls detection using accelerometry and barometric pressureFast Convergence Algorithms for Active Noise Controlling VehiclesFault Tolerance in Virtual Machine EnvironmentsFault tolerant Routing in Mobile Ad-Hoc NetworkFerroelectric RAMFine Grained DataBase SecurityFine-grained Access Control in DatabasesFingerprint recognition system by neural networksFinite Element Interface (FEI)Flexible CRT DisplaysFluorescent Multilayer Disc (FMD)Fluorescent Multilayer Optical Data StorageForecasting Wind PowerFractal image compressionFractal robotsFree Space Laser Communicationsfully digital class-D amplifiersFully Integrated Amp-Meter for Electrical SimulatorsFunctional Magnetic Resonance ImagingFuture of the 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Missile GuidanceTesting methods (Stress, Black-Box, White-Box, Performance Testing etc )The Architecture of a Moletronics ComputerThe Tiger SHARC processorThermal infrared imaging technologyThought Translation Device (TTD)Time Shared O.S.Tracking and Positioning of Mobiles in TelecommunicationTrends in Compiler ConstructionThree-dimensional password for more secure authenticationUltrasonic motorWearable biosensorsWeb-miningTraffic Light Control SystemMulti-Channel Infra Red Remote ControlMagic lightsZigbee Based Wireless Sensor Network for Sewerage MonitoringWireless integrated network sensorsUbiquitous NetworkingUltra Low-Power Microphone Pre-AmplifierUltra Low-Power Radio Receiver for Biomedical ApplicationsUltrasonic detector for monitoring partial dischargeUltra-Wideband CommunicationUMA (Unlicensed Mobile Access )Vector – LDPC Codes for 3G Fading ChannelsVirtual SurgeryWideband Spectrum Sensing for Cognitive Radio SystemsWireless Computer Communications Using Sound WavesLink available for getting details about some topic. 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What is signature edition in laptop?
Where can you buy a PC without the bloatware, shovelware, or adware ? Microsoft has an answer for you: its little-known Signature Edition laptops.For only a few dollars more than what you’d pay for a laptop from Asus, Dell, Lenovo, or other manufacturers, Microsoft offers a stripped-down notebook with just the latest version of Windows on board, which it claims is “tuned for performance.”“When you buy a new PC at Microsoft Store, we ensure there’s no third-party junkware or trialware installed,” Microsoft’s Signature Edition Web site says.Toolbars, spyware, utilities and other unwanted apps reside on your hard drive in typical boxed computers, periodically popping up ads and/or enticements for you to subscribe to their services. They also can slow down your PC with hidden processes that run in the background.Microsoft’s Signature Editions fill an odd niche in the computing universe, offering a product that the computer manufacturers themselves don’t deliver: a “clean,” optimized PC. In effect, the Signature Edition is the Google Nexus brand of the PC world, presenting Microsoft’s operating system in the best possible light. But instead of one or two Nexus phones or tablets, Microsoft handpicks some of the best PCs: We counted sixteen mainstream laptops and eight additional gaming PCs on the site. Microsoft’s Surface PCs also ship without bloatware installed.A clean PC, a competitive priceEven better, Microsoft offers a competitive price for its services. For example, Dell charges $799 for a Inspiron 13 7000 Series 2-in-1 PC, while Microsoft charges $829 for the same laptop with identical specs. Microsoft support staff say that PCs they sell come with a one-year manufacturer warranty, and a Microsoft Complete service package extends that for an additional two years, complete with Answer Desk support and protection from accidental damage.Rather than bundling in time-limited free trial for third-party antivirus solution, Signature Edition PCs ship with Windows Defender, Microsoft's own antivirus/antispyware software—which admittedly falls woefully behind other free antivirus offerings. Windows Defender is enabled by default in Windows 8, but hardware vendors have the option to disable it to include AV trialware. (And if you’re concerned that a Lenovo PC purchased through Microsoft might have Superfish installed—which it doesn’t—Windows Defender now removes it, anyway.)Microsoft’s Signature Edition laptops have actually been sold since May of 2012—almost three years. You can buy them online or in physical Microsoft Stores, meaning that you can test-drive that new PC yourself, just like at a Best Buy or other computer store. Microsoft used to offer a service where you could bring in a Windows 7 PC and have them essentially convert it to a “Signature Edition” PC for $99; a Microsoft Store representative said that policy is not formally in place, but that in-store techs will also assist with removing bloatware as well as viruses.Why this matters: Let’s face it: Buying a computer in an electronics store stinks. Not only will you be pressured into buying a service contract, but you’ll need to weed out all the unwanted programs that your new PC ships with. Microsoft doesn’t offer very many budget PCs, and its physical stores aren’t that easily found. Still, the Signature Edition laptops offer a shopping experience that’s pretty darn appealing.
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What's an explanation of dark matter in details, with very high accuracy?
To fulfill your stated requirements would require (1) a post the length of a book, and (2) a deeper understanding than I personally have. However, given that Quora is not the right place to write a book anyway, I may know enough to take a reasonable crack at this. With that said, though, if you're an actual expert on one of these areas and catch something I've explained incorrectly, please let me know in the comments so that I can fix it!Yes, it's still quite long, but keep in mind that this is the short version.What is Dark Matter (DM)?Dark Matter is just matter that doesn't interact via the Electromagnetic (EM) or Strong Nuclear forces. No EM interactions means that it can't give off light, or absorb light, or reflect, refract, or scatter light in any way. This, naturally, makes it rather difficult to see (thus "dark" matter, although I suppose it's more "transparent" than "dark"). Our current best measurements indicate that something like 85% of the matter in our observable Universe (about a quarter of the total mass-energy content) is Dark Matter.Isn't Dark Matter weird/spooky?Not at all. Neutrinos, for example, satisfy the definition of Dark Matter, they just represent such a tiny fraction of the total DM in the Universe that people tend to neglect them when they ask, "what is Dark Matter made of?"There is nothing at all strange or unusual about certain particles not interacting in certain ways. Neutrons have no electric charge (although they do have EM properties, but that's neither here nor there), and electrons don't interact via the Strong Force, so why shouldn't there be particles that interact with neither, like the neutrinos? Saying that interacting with light is "normal" is purely human bias, because we rely so much on sight. Having lots of DM in the Universe is in no way "weird"; it just means that the Universe doesn't revolve around what humanity finds convenient!Why are we confident that DM exists?This is by no means a complete list, but it should give a sense of the kinds of evidence we have. Each of these would take at least a chapter of a book to explain properly, but hopefully this will give the general idea.Galactic rotation curves.When one object orbits another, the orbiting object has to be constantly accelerating towards the central object (or, more precisely, they both accelerate towards their combined center of mass). Without that acceleration, the orbiting body would just fly off. The faster the orbiting body is moving, the more acceleration is needed to keep it in its orbit. Since in this case the acceleration is due to gravity, this means that the central mass has to be bigger. For a circular orbit of a small object [math]m[/math] at distance [math]r[/math] and velocity [math]v[/math] around a large (and assumed stationary) object [math]M[/math], the acceleration requirement gives[math]\frac{v^2}{r} = \frac{GM}{r^2}[/math]which in turn gives us the relation[math]v = \sqrt{\frac{GM}{r}}[/math].(I'm doing this with Newtonian gravity for simplicity; to do it with full rigor would require General Relativity. In this situation, the Newtonian approximation is actually generally pretty good.)For a more complicated object than just two point particles, as long as there's enough symmetry, the gravitational version of Gauss's law says that the relevant [math]M[/math] is the total mass of everything in the galaxy that's at a distance less than [math]r[/math] from the center. [Edited to note: For this to be exactly right, the matter distribution would have to be spherically symmetric, which galaxies aren't. As a result, actual calculations are a bit more complicated than shown here.]This allows us to "weigh" different parts of the galaxy, by measuring the relationship between [math]r[/math] and [math]v[/math]. (We can measure the rotational velocities by comparing redshifts on the approaching and receding sides of the galaxy.) This image from Wiki shows the result of this measurement:The "expected from visible disk" line is determined by adding up the masses of all the parts of the galaxy that we can see. (How we measure that mass is a whole different discussion.)Gravitational Lensing.In General Relativity, whenever light passes through a gravitational field, that field bends its path slightly. This acts like a Gravitational lens, and can produce, for example, "Einstein Rings", like this image from Wiki:The "ring" is a distorted image of a single blue galaxy located behind the red galaxy at the center. Light from the blue galaxy goes out in all directions, but is bent by the red galaxy's gravity. This means that the light that starting out on a "direct path" to us never signNowes us, but light that was originally missing us by a specific amount (in any direction) gets bent back towards us, which makes it look like it's coming from a bunch of different directions, resulting in the ring image seen here.This is a highly dramatic example of gravitational lensing, but there are much more subtle effects that can still be useful. In Weak gravitational lensing, statistical analysis of distortions in the light we receive allows us to "map out" the gravitational field between us and distant galaxies. Often, this just shows more mass than we know how to account for, but that could be explained away by just assuming that our understanding of gravity is off. There's something else, however, that's a lot harder to explain away in that manner: the Bullet Cluster.(Image from A Matter of Fact on nasa.gov)What's going on here? Well, two galaxy clusters collided with each other, and this is the aftermath. The red coloring represents where the visible matter is, while the blue coloring represents where the dark matter is, as inferred by gravitational lensing. Why are they separated so much? Well, most of the luminous matter in a galaxy cluster is in the Intracluster medium, a hot, dense, plasma. When these plasmas collide with each other, a signNow amount of the matter slows down. However, since Dark Matter interacts only very weakly, the DM components of the two clusters were free to pass through each other unimpeded, resulting in a separation (as seen here). Not only is there "not enough" luminous matter... it's in the wrong place! A small number of scientists remain committed to finding ways to explain this without DM, and they have had partial success, but only by including as-of-yet-unmeasured things that are far stranger than DM (for example, a rank-3 tensor field, which, while possible, would be the first tensor field of such a high rank ever found).Effect on the Cosmic Microwave Background.For the first few hundred thousand years after the Big Bang, The Universe was hot enough that it was highly ionized, which made it more or less opaque to light; photons were pinballing around just like any other particle. However, once things cooled down enough, signNow amounts of the protons and electrons combined into neutral Hydrogen, which is (more or less) transparent to most of the light that was around at the time. This happened fairly quickly (in terms of cosmological time), and so it was as if all of the light pinballing around all over the Universe were suddenly released all at once, effectively capturing a snapshot of the Universe at that moment in its evolution. Since this light was released everywhere in the Universe, we can point our radio telescopes in any direction we like, and there it is: the Cosmic microwave background (CMB). It's almost the same temperature in every direction, but there are small differences (generally around one part in [math]10^5[/math]), and we have measured these tiny variations with extraordinary accuracy: first via the COBE satellite, which was then replaced by the more advanced WMAP, which was then replaced by the more advanced Planck (spacecraft), which is currently in operation.These tiny variations can tell us a lot about the early universe. For example, statistical analyses of these variations show the distinct signature of pressure waves propagating through that early plasma, and the nature of these Baryon acoustic oscillations can tell us a lot about what kinds of things were around. Specifically, the protons and electrons would be dragged along by the (dominant) photons, becoming part of the wave, but Dark Matter wouldn't, and would only be indirectly affected by the resulting small changes in gravity. The presence and abundance of Dark Matter therefore affects how these waves impact the temperature variations in the CMB.The formation of large-scale structure.The standard story given in popular science explanations goes like this: the Universe started out hot and dense and more or less uniform, then it expanded and cooled and clumped into stars and galaxies. However, this story is incomplete, in a way that means that galaxies wouldn't exist without dark matter.At a surface level, the story makes sense; heck, I got almost half-way through a Ph.D. in Physics without noticing any problem with it! It sounds so plausible because of how gravity works: if matter is distributed more or less evenly, but some places are a tiny bit more dense than others, gravity will tend to make those overdensities bigger and bigger. Why? Well, even if a region is just a little denser than its neighbors, it's still going to win the gravitational tug-of-war and gradually accumulate more and more mass. Of course, once it has more mass, it wins the tug-of-war by even more, and so it's a run-away process that ends in big gravitationally-bound clumps.So, what's the problem? Well, consider the air in the room with you right now. Are there tiny density variations? Of course, since perfect uniformity is impossible. But, is it forming into exponentially denser clumps? Certainly not! The reason for this is that, under these kinds of conditions, when the density of a gas goes up, so does its pressure. That pressure makes the over-dense region expand outwards again, returning the density back to average!Now, of course, the scales and temperatures involved are totally different. A huge region of gas will have more gravitational attraction than a tiny pocket of denser air in your room, and gas in space has no need to be at room temperature, either. So, if the gas can cool down enough, that can reduce the pressure enough for gravity to win. But, the more it compresses, the more it heats up, because it's converting gravitational energy into thermal energy, and so the pressure goes up again. This means that forming a galaxy is a very gradual process, during which it has to constantly be getting rid of tremendous amounts of energy. If it were just a cloud of gas, without any outside interference, this process wouldn't be nearly fast enough, and we wouldn't have galaxies today.But, as you know, hot things give off heat much faster than cold things. So, if we want galaxies to form by the present day (or, indeed, before the expansion of space makes matter too dilute to form galaxies at all), something has to be forcing the gas to compress and become denser and hotter than it would be able to under its own gravity. Enter: Dark Matter. Because it interacts only weakly, Dark Matter doesn't have pressure like gas does. So, the argument about the run-away gravitational process actually works for Dark Matter. DM can't get rid of energy very easily, and so conservation of energy and angular momentum mean that it can only collapse to about 200 times the background density, but the resulting Dark matter halo provides enough of a gravity well to "seed" the formation of visible galaxies. So, it's not a coincidence that the galactic rotational curves showed large amounts of dark matter... the galaxies wouldn't have formed there without it!As a result of this DM "seeding" process, theoretical models and computer simulations of the formation of DM structures have been fairly successful in describing the statistical properties of how galaxies are distributed now, as well as how they were distributed earlier in the history of the Universe (which we can measure by looking at very distant galaxies).Okay, so that's why we think Dark Matter exists. But, the next obvious question is... well... what is it? What's it actually made of? What are its properties? Here, we have only very partial knowledge, and multiple different theories, any combination of which could be correct (or, perhaps, none of them). This leads us to:What do we know about the properties of Dark Matter?Again, this is in no way exhaustive, but it should give you a decent idea.It's "cold".This is why the current dominant model of cosmology is called the Lambda-CDM model: "Lambda" ([math]\Lambda[/math]) stands for the Cosmological constant, and "CDM" stands for "Cold Dark Matter".When an astrophysicist describes something as "cold", they generally mean that the associated thermal velocity is much less than the speed of light. By this standard, the air in Death Valley is "cold". But, then again, to cosmologists, galaxies are basically point-particles, so everything's a matter of scale and perspective!So, why does DM need to be "cold"? Well, remember that DM clumping together was integral to the formation of structures like galaxies. However, if DM were very hot (and therefore the particles were moving very fast), this would prevent it from clumping properly. I have explained it in very vague terms, but the effects are actually well-understood mathematically. In fact, it's similar to something that does happen, with photons: Diffusion damping (or "Silk damping"). However, in the case of Dark Matter, the result would be a signNow delay (or even outright prevention) of the formation of galaxies, to the extent that "warm" Dark Matter can be observationally ruled out.Incidentally, this is how we know that it's not all just neutrinos: given what we know about the early Universe, they would be far too hot!It interacts only very weakly.This is somewhat part of the definition of Dark Matter, but it's good to see observational confirmation. I know fewer of the details on this, but I do know that there are observational bounds in the "interaction cross-section" of Dark Matter, both in terms of its interactions with luminous matter and for its theorized self-annihilation processes (in which two DM particles could interact and annihilate each other). Also, as discussed before, the Bullet Cluster shows giant dark matter halos more or less just passing through each other, which suggests very weak interactions.So... given those properties,What might Dark Matter be made of?There are two leading theories (as far as I'm aware) that suggest the existence of specific types of new particles. Both are well-motivated theoretically (as in, we have good reasons for suspecting that particles with those particular properties might exist), but neither has been experimentally confirmed yet. Interestingly, the two predicted particles are totally different from one another, not slight variations on the same theme.At the end of the day, either of these theories could be right, or both (given the existence of neutrinos, there's no need for all the rest of the DM to be a single type of particle), or, of course, neither.So, what are the theories?Axions.I feel morally obliged to put this one first, even though the other one is more popular at the moment, because my university is heavily involved in the Axion Dark Matter Experiment (ADMX), and so of course I'm rooting for my colleagues!The existence of Axions has been theorized since the 1970s, but we only recently have the technology to even properly start to try to measure them in the lab. Axions are extremely tiny particles (unlike WIMPs, the other leading option), and so they would have to exist in truly huge quantities. Still, because they interact so weakly, it's hard to detect them, even with billions of them passing through your detector in a tiny fraction of a second. The linked wiki articles do a better job of explaining the theoretical motivation and experimental search than I could. It's really quite elegant, and would solve a lot of outstanding mysteries in particle physics (like the Strong CP Problem), but I can't do it justice.Weakly Interacting Massive Particles (WIMPs)(Wiki reference: Weakly interacting massive particles)To explain why WIMPs are theoretically attractive, I have to take a little detour into "relic abundance", i.e., how many particles of a given type were left over after the Universe cooled down and generally became a more stable place.In the early universe, everything was very dense, and many different kinds of particles were "tightly coupled" (i.e., they interacted with each other frequently). However, as the universe got larger and cooler, these interaction rates slowed down, more or less to a stop, a phenomenon known as "freezing out". The time at which something "freezes out" depends on a number of things, including its mass and how strongly it interacts with other things. This "freezing out" has a huge effect on the abundances of various particles in the Universe. For example, consider the process[math]n \Leftrightarrow p + e^- + \overline{\nu_e}[/math],in which a neutron can turn into a proton, electron, and electron anti-neutrino (or vice versa). If you go back far enough, this reaction will be in thermodynamic equilibrium, just like with any chemical reaction that can go either direction. However, once the neutrinos "freeze out", equilibrium can't be maintained anymore (although other processes, like beta decay, can still happen). The relative abundance of protons and neutrons at the moment of freeze-out is determined by two factors: the mass difference [math]\Delta m[/math] between the two particles, and the temperature of the Universe when freeze-out occurred. These factors combine to determine by how much the lighter particle is thermodynamically favored, with an exponential dependence:[math] \frac{N_n}{N_p} \propto e^{-\Delta m c^2 / k T}[/math]where [math]k[/math] is Boltzmann's constant.This clearly impacts the "relic abundance" of the particles involved (here, protons and neutrons). So, in general, the abundance of a given particle in the Universe today is signNowly influenced by the mass of that particle and how strongly it interacts (since that affects freeze-out time and thus freeze-out temperature). This brings us to the so-called "WIMP miracle": a particle that interacts predominantly via the Weak Nuclear Force, and that has a mass near the mass scale associated with Weak interactions ([math]\sim 100 \text{ GeV}/c^2[/math]), would have a relic abundance that would match the measured abundance of Dark Matter in the Universe. Given that such a particle was already speculated to exist (in the context of Supersymmetry), this was very theoretically attractive to a lot of people, although our inability to find it so far has damped some of their spirits.So, there you have it: my summary of Dark Matter. Hope it was worth the time it took to read! (Let alone write...)
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Which software would you recommend for a small business in home improvement that would connect with 1 PC & 1 Android, create inv
Check out FieldPulse. It essentially lets you run your entire business from one app with CRM, scheduling, payments, etc. and integrates with Square and Quickbooks.FieldPulse is available on Android, iOS, and the web and runs seamlessly across all three.Built with a mobile-first design, FieldPulse mobile apps are fully featured to let you run your business entirely from your phone.Managers can quickly and easily create customer profiles, schedule jobs, view team schedules, update job statuses, attach files/photos, create and send estimates/invoices, collect payments, and more all from their iOS or Android mobile app.Field workers can view their schedules of assigned work, update job statuses, attach files/photos, create and send estimates/invoices, collect payments, and more all from their iOS or Android mobile app.Mobile app schedule views include regular list views, gantt views, and map views with advanced availability based scheduling. View full update and activity feeds on customer and job records. Open and view attached files on customer records and job records. FieldPulse mobile apps are fully featured to let you manage the business on the go and empower field workers to perform their job.The FieldPulse browser based WebApp is designed based on the FieldPulse mobile experience to give the user familiarity as they transition from one to the other. Seamlessly move from the WebApp in your office to your mobile phone on the road without missing a beat. Consistent in design and experience, FieldPulse allows you to build a process around the software that helps you signNow repeatable success in serving your customer.Create and Send Invoices and EstimatesWhether out in the field or in the office, quickly create itemized estimates and invoices for customers. Add line items to the invoice in different quantities with different tax applications. Subtotals, tax, and totals are automatically calculated for you. Once generated via computer or smartphone, simply send or print an auto-generated PDF of the invoice for your customer. Easily update the invoice status to never lose track of a payment.An Invoice Item Repository allows you to quickly and easily insert common invoice line items into your invoices without repetitive manual entry. Store invoice item templates of labor rates, common supplies used, equipment installed, and more.Create estimates, quotes, bids, or proposals for customers on the spot with your smartphone. You can customize your PDFs and even include contracts. Once approved by the customer, immediately accept customer signatures on your PDF as an agreement to move forward on your proposal. To convert the accepted proposal to a customer invoice, simply change the status and regenerate the PDF as an invoice. No more recreating estimates to invoices.Never lose track of payment history with documented payment records. Mark partial or full payments to accurately reflect the status of the invoice to always stay on top of the balance due for your customer.Estimates and invoices can get complex quickly, but you want them to be easy-to-read and straightforward for customers. The FieldPulse Power Editor gives you flexible data entry options and full control over the customer presentation.Grouping allows you to keep track of all of the elements of a project, but limit how complex the estimate or invoice becomes. For example, combine labor and multiple materials into one section with one price. You have full visibility into the breakdown, but you’re able to offer the customer one price without having to look through all of the details.Data entry has never been easier. With spreadsheet-like editing capabilities, click an item and update it immediately. Drag and drop allow you to move items for better organization and presentation.The Power Editor makes estimate and invoice creation much easier and more streamlined. You’ll save time creating professional, well-designed estimates and invoices. And your customers will have an easy-to-read document that makes the work and pricing clear and simple.Keep notes under customer contactsCreate and manage customer profiles to better serve your customers. Store customer information, log comments, track updates, and easily find customer jobs and invoices.Customer profiles provide quick access to important information and contact methods. Track both individual customers as well company customers with multiple points of contact.View all jobs, estimates, and invoices created for the customer to never lose track of customer history and payments.All customer related files such as photos and invoice PDFs are conveniently stored in the customer profile for quick referencing.Log comments to their profile for chronological notes and updates.Attach files to job records and customer profiles on iOS, Android, or WebApp. Files can be imported from file repositories such as Google Drive or Box, uploaded from your camera roll, or taken directly for the application. Upon uploading the file, they can be renamed and a description can be added. Files attached to the job record automatically roll up to the customer profile so that all customer related files are easily found.Syncs with QuickbooksAutomated Syncing with QuickBooks. With QuickBooks integration, link your account with FieldPulse to automatically sync invoices, payments, and customers to your QuickBooks account.Other FeaturesDispatch managementService history trackingQuotes / estimatesElectronic signatureCustomer managementInvoice mangementMobile paymentsStatus updatesGeolocation taggingFile and photo attachmentsTask managementInvoice item repositoryPayment status trackingNotificationsUser roles and restrictionsiPhone and Android appsBrowser WebAppSend itemized proposalsAttach job notes and commentsMultiple schedule viewsGantt based scheduling toolsAssign jobs based on relative locationCreate estimates, quotes, or proposals for customersPDF generationPayment historySubtasksInvoice item templatesCreate and send estimatesMobile alertsCustomer profilesGPS map viewRemindersBuilt-in CRM
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