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FAQs
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What is the best invoicing app for small businesses?
SeisoRidh-Billing Acoounting Softwarefor demo click hereKey Features:Multiple Business/Shops:Set up multiple businesses in the application.No restriction on numbers of businesses.Inventory & accounting information is kept separately for each business.Add Location / Storefronts / Ware House:Create multiple locations for your business/shopManage all of them at the same time.Stocks, Purchases, Sell can be tracked differently for locations.Customize invoice layout, invoice scheme for each locationUser & Role Management:Powerful user and role management systemPredefined roles – Admin & CashierCreate different Roles with permission as per your need.Create unlimited users with different roles.Contacts (Customer & Suppliers):Mark contact as customer or supplier or both(customer & Supplier)View details of transactions with a contact.View total of Credit/Debit balance amountDefine pay term and get payment alerts week before the due date.Products:Manage Single & Variable products.Classify products according to Brands, Category, Sub-Category.Add products having different unitsAdd SKU number or auto-generate SKU number with prefixes.Get stock alerts on low stocks.Save time by auto calculating selling price, the system is smart to auto calculate selling price based on purchase price and profit margin.No need to type variations every time, create variation template and use it everytime you need to create variable products.Purchases:Easily add purchases.Add purchase for different locations.Manage Paid/Due purchases.Get Notified of Due purchases week before the pay date.Add discounts & TaxesSell:Simplified interface for selling productsDefault Walk-In-Customer automatically added to a businessAdd new customer from POS screen.Ajax based selling screen – save reloading time.Mark an invoice for draft or final.Different options for payments.Customize invoice layout and invoice scheme.Manage Expenses:Easily add business expensesCategorise expensesAnalyse expenses based on category and business locations with expenses report.Reports:Purchase & Sale reportTax ReportContact ReportsStock ReportsExpense ReportView Trending Products, drill down by Brands, Category, Sub-category, Units and date rangesOther useful feature:Set currency, timezone, financial year, the profit margin for a business.Translation ready.Predefined barcode sticker settings.Create your barcode sticker settingManage Brands, Tax Rate & Tax groups, Units, Category & Sub-CategoryEasy 3 steps installation.Detailed documentation
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What is a good iPhone invoicing app for a startup marketing company?
Disclaimer: I am the founder of Invoice by Alto.Alto brings desktop-class invoicing and time tracking functionality to mobile devices. The app enables small businesses and freelancers to track billable hours, send estimates and invoices and get paid. Users can choose from five invoice template options to suit their brand images. The Alto Timer companion app makes it possible for users to track billable time on the fly and then bill for it instantly by email. Alto can work for individuals or teams. The app features integration with Stripe, Square and Paypal to make Alto a payment processing app that can collect funds from clients. Integration with Dropbox, Github, and Photos enables the user to reference files, documents, images, code commits and other items needed to support an invoice. AddressBook integration simplifies setup and streamlines the invoicing process. A built-in set of animated visual charts give the user visibility into business statistics.http://www.alto.co
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What is the best invoicing software that has a mobile app?
Since last 10 years Spectrum POS is one of the best invoicing software that has a mobile app MOBEX for any retail business. A most innovative invoicing software and complete solution to run your business in a better way at your location. According to latest trends & technology, now latest version of Spectrum POS has changed the features in a better performing way and have added new features for more performance. It offers Invoicing, Inventory, CRM, Payments and E-commerce for your business. This invoicing software mobile app works on any hardware including your mobile phone, tablet or lapto...
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What is a good free software for keeping track of invoices and expense for a small business?
Hi,Invoicing and expense tracking is one of the biggest aspects of managing a business and its finances. And yet, small business owners make some grave mistakes when it comes to invoicing and they suffer the actions of their consequences.One such mistake is not investing in a robust cloud-based invoicing software which costs less with a pay-as-you-go model.This cloud-based accounting and invoicing software have invoicing features like:Ability to send invoices anywhere you are using any device,Ability to customize invoices and make them look beautiful to wow the customers.Ability to add multiple payment avenues(net banking, debit card, credit card, payment gateways, etc) within the invoices that saves time.Ability to track unpaid invoices and send automated reminders once the due-date is met and the invoices remain unpaid.Ability to send invoices on a recurring basis.Some of the best invoicing, expense management and overall accounting software today are not free but they offer high bang for buck with their features and support. They are listed below:GiddhQuickbooksZoho invoicesProfitbookBearbookSage
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Can Kotlin Native replace Swift as the official programming language of iOS?
The Mobius 2018 conference held in Saint Petersburg earlier this year featured a talk by the guys from Revolut – Roman Yatsina and Ivan Vazhnov, called Multiplatform architecture with Kotlin for iOS and Android.After watching the live talk, I wanted to try out how Kotlin/Native handles multiplatform code that can be used on both iOS and Android. I decided to rewrite the demo project from the talk a little bit so it could load the list of user’s public repositories from GitHub with all the branches to each repository.Project structuremultiplatform ├─ android ├─ common ├─ ios ├─ platform-android └─ platform-ios Common modulecommon is the shared module that only contains Kotlin with no platform-specific dependencies. It can also contain interfaces and class/function declarations without implementations relying on a certain platform. Such declarations allow using the platform-dependent code in the common module.In my project, this module encompasses the business logic of the app – data models, presenters, interactors, UIs for GitHub access with no implementations.Some examples of the classesUIs for GitHub access:expect class ReposRepository { suspend fun getRepositories(): List
suspend fun getBranches(repo: GithubRepo): List } Take a look at the expect keyword. It is a part of the expected and actual declarations. The common module can declare the expected declaration that has the actual realization in the platform modules. By the expect keyword we can also understand that the project uses coroutines which we’ll talk about later.Interactor:class ReposInteractor( private val repository: ReposRepository, private val context: CoroutineContext ) { suspend fun getRepos(): List { return async(context) { repository.getRepositories() } .await() .map { repo -> repo to async(context) { repository.getBranches(repo) } } .map { (repo, task) -> repo.branches = task.await() repo } } } The interactor contains the logic of asynchronous operations interactions. First, it loads the list of repositories with the help of getRepositories() and then, for each repository it loads the list of branches getBranches(repo). The async/await mechanism is used to build the chain of asynchronous calls.ReposView interface for UI:interface ReposView: BaseView { fun showRepoList(repoList: List ) fun showLoading(loading: Boolean) fun showError(errorMessage: String) } The presenterThe logic of UI usage is specified equally for both the platforms.class ReposPresenter( private val uiContext: CoroutineContext, private val interactor: ReposInteractor ) : BasePresenter () { override fun onViewAttached() { super.onViewAttached() refresh() } fun refresh() { launch(uiContext) { view?.showLoading(true) try { val repoList = interactor.getRepos() view?.showRepoList(repoList) } catch (e: Throwable) { view?.showError(e.message ?: "Can't load repositories") } view?.showLoading(false) } } } What else could be included in the common moduleAmong all the rest, the JSON parsing logic could be included into the common module. Most of the projects contain this logic in a complicated form. Implementing it in the common module could guarantee similar treatment of the server incoming data for iOS and Android.Unfortunately, in the kotlinx.serialization serialization library the support of Kotlin/Native is not yet implemented.A possible solution could be writing your own or porting one of the simpler Java-based libraries for Kotlin. Without using reflections or any other third-party dependencies. However, this type of work goes beyond just a test project ♂️Platform modulesThe platform-android and platform-ios platform modules contain both the platform-dependent implementation of UIs and classes declared in the common module, and any other platform-specific code. Those modules are also written with Kotlin.Let’s look at the ReposRepository class implementation declared in the common module.platform-androidactual class ReposRepository( private val baseUrl: String, private val userName: String ) { private val api: GithubApi by lazy { Retrofit.Builder() .addConverterFactory(GsonConverterFactory.create()) .addCallAdapterFactory(CoroutineCallAdapterFactory()) .baseUrl(baseUrl) .build() .create(GithubApi::class.java) } actual suspend fun getRepositories() = api.getRepositories(userName) .await() .map { apiRepo -> apiRepo.toGithubRepo() } actual suspend fun getBranches(repo: GithubRepo) = api.getBranches(userName, repo.name) .await() .map { apiBranch -> apiBranch.toGithubBranch() } } In the Android implementation, we use the Retrofit library with an adaptor converting the calls into a coroutine-compatible format. Note the actual keyword we’ve mentioned above.platform-iosactual open class ReposRepository { actual suspend fun getRepositories(): List { return suspendCoroutineOrReturn { continuation -> getRepositories(continuation) COROUTINE_SUSPENDED } } actual suspend fun getBranches(repo: GithubRepo): List { return suspendCoroutineOrReturn { continuation -> getBranches(repo, continuation) COROUTINE_SUSPENDED } } open fun getRepositories(callback: Continuation - >) {
throw NotImplementedError("iOS project should implement this")
}
open fun getBranches(repo: GithubRepo, callback: Continuation
- >) {
throw NotImplementedError("iOS project should implement this")
}
}
You can see the actual implementation of the ReposRepository class for iOS in the platform module does not contain the specific implementation of server interactions. Instead of this, the suspendCoroutineOrReturn code is called from the standard Kotlin library and allows us to interrupt the execution and get the continuation callback which has to be called upon the completion of the background process. This callback is then passed to the function which will be re-specified in the Xcode project where all the server interaction will be implemented (in Swift or Objective-C). The COROUTINE_SUSPENDED value signifies the suspended state and the result will not be returned immediately.iOS appThe following is an Xcode project that uses the platform-ios module as a generic Objective-C framework.To assemble platform-ios into a framework, use the konan Gradle plugin. Its settings are in the platform-ios/build.gradle file:apply plugin: 'konan'
konanArtifacts {
framework('KMulti', targets: ['iphone_sim']) {
...
KMulti is a prefix for the framework. All the Kotlin classes from the common and platform-iosmodules in the Xcode project will have this prefix.After the following command,./gradlew :platform-ios:compileKonanKMultiIphone_sim
the framework can be found under:/kotlin_multiplatform/platform-ios/build/konan/bin/ios_x64
It has to be added to the Xcode project.This is how a specific implementation of the ReposRepository class looks like. The interaction with a server is done by means of the Alamofire library.class ReposRepository: KMultiReposRepository {
...
override func getRepositories(callback: KMultiStdlibContinuation) {
let url = baseUrl.appendingPathComponent("users/\(githubUser)/repos")
Alamofire.request(url)
.responseJSON { response in
if let result = self.reposParser.parse(response: response) {
callback.resume(value: result)
} else {
callback.resumeWithException(exception: KMultiStdlibThrowable(message: "Can't parse github repositories"))
}
}
}
override func getBranches(repo: KMultiGithubRepo, callback: KMultiStdlibContinuation) {
let url = baseUrl.appendingPathComponent("repos/\(githubUser)/\(repo.name)/branches")
Alamofire.request(url)
.responseJSON { response in
if let result = self.branchesParser.parse(response: response) {
callback.resume(value: result)
} else {
callback.resumeWithException(exception: KMultiStdlibThrowable(message: "Can't parse github branches"))
}
}
}
}
Android appWith an Android project it is all fairly simple. We use a conventional app with a dependency on the platform-android module.dependencies {
implementation project(':platform-android')
Essentially, it consists of one ReposActivity which implements the ReposView interface.override fun showRepoList(repoList: List
) { adapter.items = repoList adapter.notifyDataSetChanged() } override fun showLoading(loading: Boolean) { loadingProgress.visibility = if (loading) VISIBLE else GONE } override fun showError(errorMessage: String) { Toast.makeText(this, errorMessage, Toast.LENGTH_LONG).show() } Coroutines, apples, and magicSpeaking of coroutines and magic, in fact, at the moment coroutines are not yet supported by Kotlin/Native. The work in this direction is ongoing. So how on Earth do we use the async/awaitcoroutines and functions in the common module? Let alone in the platform module for iOS.As a matter of fact, the async and launch expect functions, as well as the Deferred class, are specified in the common module. These signatures are copied from kotlinx.coroutines.import kotlin.coroutines.experimental.Continuation import kotlin.coroutines.experimental.CoroutineContext expect fun async(context: CoroutineContext, block: suspend () -> T): Deferred expect fun launch(context: CoroutineContext, block: suspend () -> T) expect suspend fun withContext(context: CoroutineContext, block: suspend () -> T): T expect class Deferred { suspend fun await(): T } Android coroutinesIn the platform-android platform module, declarations are mapped into their implementations from kotlinx.coroutines:actual fun async(context: CoroutineContext, block: suspend () -> T): Deferred { return Deferred(async { kotlinx.coroutines.experimental.withContext(context, block = block) }) } iOS coroutinesWith iOS things are a little more complicated. As mentioned above, we pass the continuation(KMultiStdlibContinuation) callback to the functions that have to work asynchronously. Upon the completion of the work, the appropriate resume or resumeWithExceptionmethod will be requested from the callback: override func getBranches(repo: KMultiGithubRepo, callback: KMultiStdlibContinuation) { let url = baseUrl.appendingPathComponent("repos/\(githubUser)/\(repo.name)/branches") Alamofire.request(url) .responseJSON { response in if let result = self.branchesParser.parse(response: response) { callback.resume(value: result) } else { callback.resumeWithException(exception: KMultiStdlibThrowable(message: "Can't parse github branches")) } } } In order for the result to return from the suspend function, we need to implement the ContinuationInterceptor interface. This interface is responsible for how the callback is being processed, specifically which thread the result (if any) will be returned in. For this, the interceptContinuation function is used.abstract class ContinuationDispatcher : AbstractCoroutineContextElement(ContinuationInterceptor), ContinuationInterceptor { override fun interceptContinuation(continuation: Continuation ): Continuation { return DispatchedContinuation(this, continuation) } abstract fun dispatchResume(value: T, continuation: Continuation ): Boolean abstract fun dispatchResumeWithException(exception: Throwable, continuation: Continuation<*>): Boolean } internal class DispatchedContinuation ( private val dispatcher: ContinuationDispatcher, private val continuation: Continuation ) : Continuation { override val context: CoroutineContext = continuation.context override fun resume(value: T) { if (dispatcher.dispatchResume(value, continuation).not()) { continuation.resume(value) } } override fun resumeWithException(exception: Throwable) { if (dispatcher.dispatchResumeWithException(exception, continuation).not()) { continuation.resumeWithException(exception) } } } In ContinuationDispatcher there are abstract methods implementation of which will depend on the thread where the executions will be happening.Implementation for UI threadsimport platform.darwin.* class MainQueueDispatcher : ContinuationDispatcher() { override fun dispatchResume(value: T, continuation: Continuation ): Boolean { dispatch_async(dispatch_get_main_queue()) { continuation.resume(value) } return true } override fun dispatchResumeWithException(exception: Throwable, continuation: Continuation<*>): Boolean { dispatch_async(dispatch_get_main_queue()) { continuation.resumeWithException(exception) } return true } } Implementation for background threadsimport konan.worker.* class DataObject (val value: T, val continuation: Continuation ) class ErrorObject (val exception: Throwable, val continuation: Continuation ) class AsyncDispatcher : ContinuationDispatcher() { val worker = startWorker() override fun dispatchResume(value: T, continuation: Continuation ): Boolean { worker.schedule(TransferMode.UNCHECKED, {DataObject(value, continuation)}) { it.continuation.resume(it.value) } return true } override fun dispatchResumeWithException(exception: Throwable, continuation: Continuation<*>): Boolean { worker.schedule(TransferMode.UNCHECKED, {ErrorObjeвыct(exception, continuation)}) { it.continuation.resumeWithException(it.exception) } return false } } Now we can use the asynchronous manager in the interactor:let interactor = KMultiReposInteractor( repository: repository, context: KMultiAsyncDispatcher() ) And the main thread manager in the presenter:let presenter = KMultiReposPresenter( uiContext: KMultiMainQueueDispatcher(), interactor: interactor ) Key takeawaysThe pros:The developers implemented a rather complicated (asynchronous) business logic and common module data depiction logic.You can develop native apps using native libraries and instruments (Android Studio, Xcode). All of the native platforms’ capabilities are available through Kotlin/Native.It goddamn works!The cons:All the Kotlin/Native solutions in the project are yet in the experimental status. Using features like this in the production code is not a good idea.No support for coroutines for Kotlin/Native out of the box. Hopefully, this issue will be solved in the near future. This would allow developers to signNowly speed up the process of multiplatform projects creation while also simplifying it.An iOS project will only work on the arm64 devices (models starting from iPhone 5S). -
Which is the best software for documentation?
Traditional documentation done for most of the products is monotonous and tiring to go through. Users often get confused while trying to use a manual.Moving away from static documentation, products are now switching to ‘interactive documentation/user guides’. These interactive user guides direct a user to perform a task from the beginning till the end.Whatfix provides an easy yet efficient way to create interactive user guides without the use of any coding knowledge.It allows users to Learn while Doing. Whatfix helps users navigate within a web application, getting them onboard, trained and providing them with proactive contextual support.One such example of product’s online documentation could be the ServiceNow documentation created with the help of Whatfix. The gif below gives a gist of it.You can list down all the help topics of your website within a self-help widget. Each help topic is a ‘How-to’ question in itself. When a user clicks on a help topic an interactive walkthrough begins. This walkthrough handholds the user till the completion of the task.Now, here’s something even more interesting.Instantly Create & Export Multiple Media formatsThe Interactive walkthroughs that we built here using Whatfix is a one-stop shop for all your interactive content and a great add-on for your product documentation.Once created, the interactive walkthroughs is instantly converted to 5 multi media formats:Annotated VideoEmbeddable SlideshowPDFScreenshotSmart URLAnd all of these can be quickly integrated on any website/web-app.Quick, Easy, Code-free Walkthrough CreationWhatfix’s interactive walkthroughs can be created quickly, without any hassle, and without any code through our point-and-click editor. A 10-step walkthrough generally takes less that 5 minutes to create.You can also make use Whatfix’s widgets for authoring your interactive product documentation.Multilingual, auto-segmented interactive guidanceOnce created, the walkthroughs can be converted to over 50 languages.Auto-segmentation of Whatfix is yet another feature that allows you to segment your walkthroughs on the basis of specific rules, user roles, pages, HTML elements, etc.These features are just the tip of the iceberg.Further on, these walkthroughs can be tailor-made for you according to your usage, budget and product vision.Want to learn more on Interactive walkthroughs, here’s a useful free Ebook - 15 Minute Guide To Interactive Walkthroughs
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Which is a cross-platform programming language for developing apps both for Android and iOS?
There are lots of cross-platform development tools which will more-or-less let you write a single program which runs on both platforms.But if you haven’t written programs for Android and iOS before, there is a substantial learning curve. The language is the least of your problems. The language sits in some “framework” which provides functionality like drawing buttons and navigating pages, and these are complex. And you still need to know a fair bit about Android and iOS.The two most popular cross development tools are React Native and Xamarin. React Native code is written in Javascript using the React framework. Xamarin code is written in C# and has its own framework.If you are new to programming, don’t start with iOS and Android cross platform development tools.
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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 internetFuture Programming Techniques and ConceptsFuzzified Computer-Automated Crane Control SystemFuzzy Logic Control for complex systemsGaming interfaces applied to videoconferencingGeneral Packet Radio Service (GPRS)Generic visual perception processorGeographic information systemGeometric Invariants in Biological MoleculesGIS tools for web applicationsGlobal positioning response systemGSM Digital Security Systems for PrinterVoice Operated Intelligent Fire Extinguisher VehicleGlobal Positioning SystemGlobal System for Mobile Communication (GSM)Google Android- Mobile OS from GoogleGrasshopper Operating SystemGroupware TechnologyGSM Security And EncryptionHandfree driving [auto]Hardware EDAC for Harsh EnvironmentsHardware implementation of background image modelingHAVI: Home Audio Video InteroperabilityHawk Eye – A Technology in sportsHigh Altitude Aeronautical PlatformsHigh Performance ClustersHigh Performance ComputingHigh Performance DSP ArchitecturesHigh Speed Circuits for optical InterconnectHigh Speed Data in Mobile NetworksHigh speed LANs or InternetHolographic Data StorageHolographic MemoryHolographic Versatile DiscHolt-Winters technique for Financial ForecastingHomeRF and Bluetooth: A wireless data communications revolutionHot Spot TechnologyHyper thread imaxHyper thread technologyHyper Transport TechnologyHow does a search engine work ??How does google search engine work ??How to create a website using wordpressHuman computer interaction & its futureDesign of a color Sensing System for Textile IndustriesGSM based Path Planning for Blind Person Using UltrasonicImage retrieval using compact binary signaturesVehicle Monitoring and Security SystemImbricate cryptographyImplementation of hamming codeIntroduction to microcontrollersIntroduction to AirfoilIntrusion detection and avoidance systemIC Amplifier Design for Touch SensorsImage transmission over WiMax SystemsImage WatermarkingImplantable on-chip Power SuppliesImproving TCP performance over mobile ad hoc networksIndustrial Applications using Neural NetworksInformation Extraction from structured & Semi-structured dataInformation Extraction modes & techniquesInfrared Remote ControlInnovative Application Development using J2EE ArchitectureIntegrated Circuit Design for Biomedical ApplicationsIntegrated Optical Chip DesignIntegrated Voice and Data transfer & handlingIntegrating Structural Design and Formal Methods in Real Time System DesignIntegrating Wind Power into the Electricity gridIntegration of Parallel Database in a Service Oriented ArchitectureIntegration of wind and solar energy in smart mini gridIntel centrino mobile technologyIntelligent calling bellIntelligent navigation systemIntelligent Patient Monitoring SystemIntelligent RAM : IRAMIntelligent Software AgentsInteractive Voice Response SystemInternet Access via Cable TV NetworkInternet architecture and routingInternet Protocol duplicate address detection and adaptationIntrusion Detection SystemInvestigation into solar thermal/coal driven power stationsInvestigation of the real-time implementation of learning controllersIP spoofingIP re-director featuresiOS 8 featuresIPODSIris ScanningiSCSI: The future of Network StorageISO Loop magnetic couplersJava Cryptography Architecture (JCA)Java Messaging Service (JMS)Enterprise Messaging Service (EMS)Advantages of EMS over JMSJava BeansJIRO Java-based technologyLaser Power SupplyJmeter toolGEMS tool for EMSLess characterization of ferromagnetic material for non-sinusoidal excitationLight emitting polymersLoad balancing and Fault tolerant serversLight Interception Image AnalysisLight TreeLightning Protection Using LFAMLiquid Crystal on Silicon Display (LCOS)Location estimation and trajectory prediction for PCS networksLong baseline motion estimationLotus Notes/DominoLow power filter design for mobile communicationLow Power UART Design for Serial Data CommunicationLow-Power Microelectronics for Biomedical ImplantsLow-Power Oscillator for ImplantsMagnetic Random Access MemoryManaging Data In Multimedia ConferencingMango- new mobile from MicrosoftMicro chip production using extreme uv lithographyMicrosoft NetMeetingMigration from GSM network to GPRSMining the Web: Searching, Integration and DiscoveryMobile Virtual Reality ServiceMobility Modeling and trajectory prediction for next generation PCS networksModeling of current spread through electrode geometries in implantable hearing deviceModeling of wind turbine system for an Interior Permanent magnet generatorMoletronics- an invisible technologyPower generation through Thermoelectric generatorsMulti Protocol Label SwitchingMulti user Scheduling for MIMO broadcastingMultiple clients communicationMultiple Domain OrientationMultisensor Fusion and IntegrationNeuro chipsParasitic computingPassword paradigmsPolymer memory a new way of using plastic as secondary storageProgrammable logic devices (PLD)Navigation of Mobile Wheeled RobotsNerve Signal Measurement Electronics for Biomedical ImplantsNetwork Attached Storage (NAS)Non Volatile Static RAMOptical coherence tomographyOptical to electrical converter for optical interconnectOptimization of Ad Hoc Wireless Sensor NetworksOptimization of Protocol Stack for wireless networksOracle RDBMSOutdoor High Voltage InsulatorsOvonic Unified MemoryPersonal Satellite assistant SystemsPH Control Technique using Fuzzy LogicPhone Busy IndicatorPivot Vector Space Approach in Audio-Video MixingPlastic chips & electronicsPluggable Authentication Modules (PAM)POF Tunable Fiber LaserPOP Plaster Of ParisPower Efficiency and Security in Smart HomesProactive Anomaly DetectionPrototype System Design for TelemedicinePublic Key Encryption and Digital SignatureQoS in Cellular Networks Based on MPTQoS in Networking using active NetworksQOS in software server FirewallsQuad-Core ProcessorsRadio Frequency Identification (RFID)Real time communication in wireless sensor networksReal Time Operating Systems on Embedded ICsReal Time Speech TranslationReal Time Systems with Linux/RTAIReliable and Fault Tolerant Routing on Mobile Ad Hoc NetworkRenovating the Address Resolution Protocol (ARP)Revolutions in the Operating System and ServersRobotic SurgeryRoom Equalization for Audio ReproductionRuby on Rails [RoR]Radio frequency identification technologyRapid prototypingSecured webportal for online shoppingSecuring underwater wireless communication networksSecurity analysis of micropayment systemSecurity aspects in mobile ad hoc network (manets)Security requirements in wireless sensor networksSemantic webSensitive skinSnake robot the future of agile motionSoftware defined radio(sdr)Spwm technique for multilevel inverterStorage area network(SAN)SwitchgrassSystem on chipSALT (Speech Application Language Tags)Sand Box TechnologySecurity of Open-Source SoftwareSecurity On Wireless LAN Adaptive cruise controlSecurity threats in the World Wide WebSensor fusion for video surveillanceSensors on 3D DigitizationSession Initiation Protocol (SIP)Shallow water Acoustic NetworksShort Message Service (SMS)Significance of real-time transport Protocol in VOIPSimulating Quantum CryptographySimulation of low-power converter for electromagnetic vibration driven generatorSingle photon emission computed tomographySmart camera for traffic surveillanceSmart Cameras in Embedded SystemsSmart FabricsSnickometer A toolSocket ProgrammingSoftware advances in wireless communication(Cognitive Radio, Dynamic spectrum Access etc. )Software Testing & Quality AssuranceSpace MouseSpace RoboticsSpectrum Sharing in Cognitive Radio NetworksSpeech Enhancement for Cochlear ImplantsSpeech Enhancement for Mobile ApplicationsSpeech transmission over WiMax systemsSpeed Detection of moving vehicle using speed camerasSPINS -Security Protocol For Sensor NetworkSplit Range SynchronizationStealth VirusSurface-conduction Electron-emitter Display (SED)Swarm intelligence & traffic SafetySynchronous Optical NetworkingSynthetic Aperture Radar SystemSystems Control for Tactical 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 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