![SOFTORIX TECHNOLOGIES PVT.LTD.CHENNAI-26 PROJECT TILES 2009 Project Guidance For: B.E, B-Tech, M.E, M-Tech, M.C.A, B.sc, M.sc, B.C.A, M.S, (Also for all software, electronics, electrical and Diploma Students). TABLE OF CONTENT ABOUT SOFTORIX JAVA INTRODUCTION TO JAVA JAVA RESEARCH AND CONFERENCE ORIENTED PAPERS JAVA APPLICATION ORIENTED PAPERS DOTNET INTRODUCTION TO DOTNET DOTNET RESEARCH AND CONFERENCE ORIENTED PAPERS DOTNET APPLICATION ORIENTED PAPERS EMBEDDED INTRODUCTION TO EMBEDDED EMBEDDED RESEARCH AND CONFERENCE ORIENTED PAPERS IEEE-2009 GENERAL APPLICATION ORIENTED PAPERS AUTOMATION AND CONTROL APPLICATIONS MEDICAL APPLICATIONS SAFETY AND SECURITY APPLICATIONS ROBOTICS MATLAB DIGITAL SIGNAL PROCESSING DIGITAL IMAGE PROCESSING COMMUNICATIONS SYSTEMS POWER ELECTRONICS VLSI IEEE-2009 About Softorix : Softorix Technologies is an inventive, software and hardware-led solutions provider. With a core team of well-qualified professionals representing diverse functional areas such as Information Technology, Embedded Systems and advanced digital signal processing (DSP), we understand the students’ needs, and develop their quality of professional life by simply making the technology readily usable for them. We Practice exclusively in image processing, simulation, optimization, customization and system integration. Our project methodology includes techniques for initiating a project, developing the requirements, making clear assignments to the project team, developing a dynamic schedule, reporting status to executives and problem solving. In today's competitive environment, students want to ensure that they are getting guidance in an organization that can meet their professional needs. With our well equipped team of solid Information Systems Professionals, who study, design, develop, enhance, customize, implement, maintain and support various aspects of Information Technology, students can be sure that Softorix is just that sort of organization. Project Guidance We are providing project guidance for students in all technology and domain by assisting the students in research and development sector. In our training session, we share our technical thoughts and exposure on your area of research to bring best output. As we are exposed with a number of real time projects, guidance from us will be very helpful to students who are aspiring for academic Project work. As a part, for benefit to students, our team provides the efficient training and a solution .Our team first emphasizes is to, give excellent training by providing them the desired infrastructure. Guidance to give real time exposure for Students/Trainees and to provide cost effective, technology independent, good quality reusable Intellectual Property cores with quality and cost factor are our important constraints so as to satisfy our customers ultimately. We develop and continuously evaluate systems so as to pursue quality in all our deliverables. At our team, we are completely dedicated to customer’s requirements. Our products are designed and devoted to empower their competitive edge and help them succeed. JAVA INTRODUCTION TO JAVA: Java is an object-oriented, platform independent programming language derives much of its syntax from C and C++. Java is designed to be small, simple, and portable across platforms and operating systems. It is a complete software ecosystem that represents different values to different types of consumer and business users. Java is used to develop executable, distributed applications for delivery to a Java-enabled Web browser or the Java Interpreter. Why to use java? Java brings interactivity into the Web Java technology is applicable for all kind of businesses, mobile devices and PC desktops Platform independence - It works in most cases flawlessly. It has significantly improved over the years. Some other languages / platform offers some degree of platform independence too. However in Java it is without pain. I develop on Windows and yet deploy on Linux regularly without any issues ever. Security - Java was designed with security in mind. It provides super solid libraries for all your security requirements. Security in Java was nowhere an afterthought like many other languages. J AVA RESEARCH AND CONFERENCE ORIENTED TITLES (IEEE-2009) DOMAIN: DATA MINING SINOPROJECTCODETITLESYEAR1.SOJDM01UNSUPERVISED MULTIWAY DATA ANALYSIS: A LITERATURE SURVEY20092.SOJDM02THE DEVELOPMENT OF FUZZY ROUGH SETS WITH THE USE OF STRUCTURES AND ALGEBRAS OF AXIOMATIC FUZZY SETS20093.SOJDM03DISTRIBUTED SKYLINE RETRIEVAL WITH LOW BANDWIDTH CONSUMPTION20094.SOJDM04DISTRIBUTIONAL FEATURES FOR TEXT CATEGORIZATION20095.SOJDM05PROGRESSIVE PARAMETRIC QUERY OPTIMIZATION20096.SOJDM06A GENERIC LOCAL ALGORITHM FOR MINING DATA STREAMS IN LARGE DISTRIBUTED SYSTEMS20097.SOJDM07A RELATION-BASED PAGE RANK ALGORITHM FOR SEMANTIC WEB SEARCH ENGINES20098.SOJDM08GLIP: A CONCURRENCY CONTROL PROTOCOL FOR CLIPPING INDEXING2009 DOMAIN: IMAGE PROCESSING SINOPROJECTCODETITLESYEAR1.SOJIP01SAR IMAGE REGULARIZATION WITH FAST APPROXIMATE DISCRETE MINIMIZATION20092.SOJIP02ADAPTIVE FUZZY FILTERING FOR ARTIFACT REDUCTION IN COMPRESSED IMAGES AND VIDEOS20093.SOJIP03EXPLOITING MOTION CORRELATIONS IN 3-D ARTICULATED HUMAN MOTION TRACKING20094.SOJIP04VIDEO EVENT CLASSIFICATION AND IMAGE SEGMENTATION BASED ON NONCAUSAL MULTIDIMENSIONAL HIDDEN MARKOV MODELS20095.SOJIP05A ROBUST HIDDEN MARKOV GAUSS MIXTURE VECTORQUANTIZER FOR A NOISY SOURCE2009 DOMAIN: NETWORK SECURITY SINOPROJECTCODETITLESYEAR1.SOJNS01SECURITY ANALYSIS OF THE SASI PROTOCOL20092.SOJNS02FLEXIBLE ROLLBACK RECOVERY IN DYNAMIC HETEROGENEOUS GRID COMPUTING20093.SOJNS03INTRUTION DETECTION IN NETWORK SECURITY(HAVE TO SEARCH IN GOOGLE)20094.SOJNS04CRYPTANALYSIS OF A GENERALIZED RING SIGNATURE SCHEME20095.SOJNS05ON THE SECURITY OF AN EFFICIENT TIME-BOUND HIERARCHICAL KEY MANAGEMENT SCHEME2009 DOMAIN: MOBILE COMPUTING SINOPROJECTCODETITLESYEAR1.SOJMC01PERFORMANCE OF VOIP OVER MULTIPLE CO-LOCATED IEEE 802.11 WIRELESS LANS20092.SOJMC02PAIRED MEASUREMENT LOCALIZATION: A ROBUST APPROACH FOR WIRELESS LOCALIZATION20093.SOJMC03PDCS: SECURITY AND PRIVACY SUPPORT FOR DATA-CENTRIC SENSOR NETWORKS20094.SOJMC04DESIGN OF FAIR SCHEDULING SCHEMES FOR THE QOS-ORIENTED WIRELESS LAN20095.SOJMC05A GEN2-BASED RFID AUTHENTICATION PROTOCOL FOR SECURITY AND PRIVACY2009 DOMAIN: MULTIMEDIA SINOPROJECTCODETITLESYEAR1.SOJMM01MUSIC INFORMATION RETRIEVAL USING SOCIAL TAGS AND AUDIO20092.SOJMM02OPTIMIZED H.264 VIDEO ENCODING AND PACKETIZATION FOR VIDEO TRANSMISSION OVER PIPELINE FORWARDING NETWORKS20093.SOJMM03INTERACTIVE CORRECTION AND RECOMMENDATION FOR COMPUTER LANGUAGE LEARNING AND TRAINING20094.SOJMM04LOCALITY-AWARENESS IN BITTORRENT-LIKE P2P APPLICATIONS20095.SOJMM05NO-REFERENCE VIDEO QUALITY MONITORING FOR H.264/AVC CODED VIDEO2009 DOMAIN: SOFTWARE ENGG SINOPROJECTCODETITLESYEAR1.SOJSE01AUTOMATED TRACE ANALYSIS OF DISCRETE-EVENT SYSTEM MODELS20092.SOJSE02COMPOSITIONAL DEPENDABILITY EVALUATION FOR STATEMATE20093.SOJSE03STATE-DENSITY FUNCTIONS OVER DBM DOMAINS IN THE ANALYSIS OF NON-MARKOVIAN MODELS20094.SOJSE04MODEL CHECKING TIMED AND STOCHASTIC PROPERTIES WITH SLTA20095.SOJSE05DEVELOPMENT OF A SOFTWARE ENGINEERING ONTOLOGY FOR MULTISITE SOFTWARE DEVELOPMENT2009 DOMAIN: NEURAL NETWORKS SINOPROJECT CODETITLESYEAR1.SOJNN01A DELAYED PROJECTION NEURAL NETWORK FOR SOLVING LINEAR VARIATIONAL INEQUALITIES20092.SOJNN02PERMITTED AND FORBIDDEN SETS IN DISCRETE-TIME LINEAR THRESHOLD RECURRENT NEURAL NETWORKS20093.SOJNN03A GROWING AND PRUNING METHOD FOR RADIALBASIS FUNCTION NETWORKS2009 DOMAIN: NETWORKING SINOPROJECT CODETITLESYEAR1.SOJNW01DIFFERENTIATED BANDWIDTH ALLOCATION WITH TCP PROTECTION IN CORE ROUTERS20092.SOJNW02NODE ISOLATION MODEL AND AGE-BASED NEIGHBOR SELECTION IN UNSTRUCTURED P2P NETWORKS20093.SOJNW 03NORMALIZED QUEUEING DELAY: CONGESION CONTROL JOINTLY UTILIZING DELAY AND MARKING20094.SOJNW 04A TRAFFIC ENGINEERING APPROACH FOR PLACEMENT AND SELECTION OF NETWORK SERVICES20095.SOJNW 05MULTIPLE ROUTING CONFIGURATION FOR FAST IP NETWORK RECOVERY20096.SOJNW 06DYNAMIC SEARCH ALGORITHM IN UNSTRUCTURED PEER-TO-PEER NETWORKS20097.SOJNW 07MITIGATING DENIAL-OF-SERVICE ATTACKS ON THE CHORD OVERLAY NETWORK: A LOCATION HIDING APPROACH20098.SOJNW 08MULTIPATH DISSEMINATION IN REGULAR MESH TOPOLOGIES20099.SOJNW 09MEASURING CAPACITY BANDWIDTH OF TARGETED PATH SEGMENTS200910.SOJNW 10DYNAMIC ROUTING WITH SECURITY CONSIDERATIONS2009 J AVA APPLICATION ORIENTED TITLE SINOPROJECTCODETITLESYEAR1.SOJA01SIMPLISTIC WAY TO FIND FILE SHARING AND GIFT GIVING20092.SOJA02RESOURCE MANAGEMENT USING QUIVER20093.SOJA03EVALUATION OF THE EFFICACY OF FEC CODING FOR COMBATING NETWORK PACKET LOSSES USING A MODEL-BASED APPROACH20094.SOJA04TECHNIQUE FOR FINDING SHORTEST PATH IN CONSTRAINED NETWORK20095.SOJA05LESS-STRUCTURED P2P SYSTEM DESIGNING FOR EXPECTED HIGH CHURN20096.SOJA06IMPROVING ACTIVE PACKET LOSS MEASUREMENT USING A GEOMETRIC APPROACH20097.SOJA07MULTIPLE CONFLICTING INFORMATION PROVIDERSFOR TRUTH DISCOVERY ON WEB20098.SOJA08EFFICIENT ACCESS TO HIGH DIMENSIONAL DATABASES-AN INDEX BASED APPROACH20099.SOJA09DETECTION AND PROJECTING OF MULTI ATTRIBUTE TRANSACTIONAL DATA200910SOJA10FAST ACCESS AND RETRIEVAL OF TEMPORAL PATTERNS-INDEX BASED APPROACH200911.SOJA11INTER-DOMAIN PACKET FILTER-A APPROACH TO MIGRATE IP SPOOFING200912.SOJA12DATA TRANSFER IN NETWORK USING INTERMEDIARIES –EFFICIENT AND CONFIDENTIAL APPROACH200913.SOJA13FAULT PREDICTION IN OBJECT-ORIENTED SYSTEM USING CONCEPTUAL COHESION OF CLASSES200914SOJA14IMAGE RECONSTRUCTION-GAUSSIAN APPROACH200915.SOJA15CFA (LOSSLESS COMPRESSION SCHEME FOR BAYER) COLOR FILTER ARRAY IMAGES200916SOJA16SHAPE DESCRIPTION IN MULTI SCALE EDGE FIELD200917.SOJA17PERFORMANCE DEGRADATION AND ELIMINATING THEM-SENSOR NETWORK200918.SOJA18DATA TRANSFER USING SOCKETS- A MULTI TASK APPROACH200919SOJA19BUG TRACING METHOD-A NOVEL APPROACH200920.SOJA20LAN COMMUNICATION-AN EFFICIENT APPROACH2009 DOTNET INTRODUCTION TO DOTNET .Network Environment Tools Framework is designed to interact with two irrespective languages. An application written in VB .NET can reference a DLL file written in C# or a C# application can refer to a resource written in VC++, etc. This cross-language compatibility is possible due to common language runtime. Real Time Applications & Advantages of .Net In real time, applications can be created for any kind of industries and it is used resourcefully. For example Management details of an organization. Web site based applications. Create software in both internet and intranet The .NET Framework offers a number of advantages Write once, run everywhere Multiple programming languages (44+) Coding Reduction Ease of Deployment Security(Code access, Evidence-based, Role-based) Cryptography D OTNET RESEARCH AND CONFERENCE ORIENTED TITLES (IEEE-2009) DOMAIN: DATA MINING SINOPROJECTCODETITLESYEAR1.SODDM01INTERACTIVE CORRECTION AND RECOMMENDATION FOR COMPUTER LANGUAGE LEARNING AND TRAINING20092.SODDM02COMPRESSION AND AGGREGATION FOR LOGISTIC REGRESSION ANALYSIS IN DATA CUBES20093.SODDM03LEARNING IMAGE-TEXT ASSOCIATIONS20094.SODDM04CRYPTANALYSIS OF A GENERALIZED RING SIGNATURE SCHEME20095.SODDM05IMPROVING PERSONALIZATION SOLUTIONS THROUGH OPTIMAL SEGMENTATION OF CUSTOMER BASES20096.SODDM06HISTOGRAM-BASED GLOBAL LOAD BALANCING IN STRUCTURED PEER-TO-PEER SYSTEMS20097.SODDM07OPTIMAL LOT SIZING POLICIES FOR SEQUENTIAL ONLINE AUCTIONS20098.SODDM08DETECTING, ASSESSING, AND MONITORING RELEVANT TOPICS IN VIRTUAL INFORMATION ENVIRONMENTS20099.SODDM09NNEXUS: AN AUTOMATIC LINKER FOR COLLABORATIVE WEB-BASED CORPORA200910.SODDM10RESEQUENCING ANALYSIS OF STOP-AND-WAIT ARQ FOR PARALLEL MULTICHANNEL COMMUNICATIONS2009 DOMAIN: IMAGE PROCESSING SINOPROJECT CODETITLESYEAR1.SODIP01VIDEO EVENT CLASSIFICATION AND IMAGE SEGMENTATION BASED ON NONCAUSAL MULTIDIMENSIONAL HIDDEN MARKOV MODELS20092.SODIP02OPTI-ACOUSTIC STEREO IMAGING: ON SYSTEM CALIBRATION AND 3-D TARGET RECONSTRUCTION20093.SODIP03SOFTCUTS: A SOFT EDGE SMOOTHNESS PRIOR FOR COLOR IMAGE SUPER-RESOLUTION20094.SODIP04IMAGE RETARGETING USING MESH PARAMETRIZATION2009 DOMAIN: NETWORK SECURITY SINOPROJECTCODETITLESYEAR1.SODNS01DYNAMIC VERIFICATION OF MEMORY CONSISTENCY IN CACHE-COHERENT MULTITHREADED COMPUTER ARCHITECTURES20092.SODNS02EVALUATING THE VULNERABILITY OF NETWORK TRAFFIC USING JOINT SECURITY AND ROUTING ANALYSIS20093.SODNS03THE EFFECTIVENESS OF CHECKSUMS FOR EMBEDDED CONTROL NETWORKS2009 DOMAIN: MOBILE COMPUTING SINOPROJECTCODETITLESYEAR1.SODMC01CONSISTENCY MANAGEMENT STRATEGIES FOR DATA REPLICATION IN MOBILE AD HOC NETWORKS20092.SODMC02MESSAGE AUTHENTICATION IN COMPUTATIONALLY CONSTRAINED ENVIRONMENTS20093.SODMC03ON THE PLANNING OF WIRELESS SENSOR NETWORKS: ENERGY-EFFICIENT CLUSTERING UNDER THE JOINT ROUTING AND COVERAGE CONSTRAINT20094.SODMC04ROUTING IN DELAY-TOLERANT NETWORKS COMPRISING HETEROGENEOUS NODE POPULATIONS20095.SODMC05DYNAMIC VERSUS STATIC TRAFFIC POLICING: A NEW APPROACH FOR VIDEOCONFERENCE TRAFFIC OVER WIRELESS CELLULAR NETWORKS2009 DOMAIN: MULTIMEDIA SINOPROJECTCODETITLESYEAR1.SODMM01EPISODE-CONSTRAINED CROSS-VALIDATION IN VIDEO CONCEPT RETRIEVAL20092.SODMM02TEXT-LIKE SEGMENTATION OF GENERAL AUDIO FOR CONTENT-BASED RETRIEVAL20093.SODMM03AN EFFICIENT NEAR-DUPLICATE VIDEO SHOT DETECTION METHOD USING SHOT-BASED INTEREST POINTS20094.SODMM04ROBUST SCALING-BASED IMAGE WATERMARKING USING MAXIMUM-LIKELIHOOD DECODER WITH OPTIMUM STRENGTH FACTOR20095.SODMM05ROBUST AUDIO DATA HIDING USING CORRELATED QUANTIZATION WITH HISTOGRAM-BASED DETECTOR2009 DOMAIN: SOFTWARE ENGG SINOPROJECTCODETITLESYEAR1.SODSE01AUTOMATIC EXTRACTION OF HEAP REFERENCE PROPERTIES IN OBJECT-ORIENTED PROGRAMS20092.SODSE02CHARMY: A FRAMEWORK FOR DESIGNING AND VERIFYING ARCHITECTURAL SPECIFICATIONS20093.SODSE03VARIABILITY AND REPRODUCIBILITY IN SOFTWARE ENGINEERING: A STUDY OF FOUR COMPANIES THAT DEVELOPED THE SAME SYSTEM20094.SODSE04VARIABILITY AND REPRODUCIBILITY IN SOFTWARE ENGINEERING: A STUDY OF FOUR COMPANIES THAT DEVELOPED THE SAME SYSTEM20095.SODSE05IDENTIFICATION OF MOVE METHOD REFACTORING OPPORTUNITIES2009 DOMAIN: NETWORKING SINOPROJECTCODETITLESYEAR1.SODNW01A TRAFFIC ENGINEERING APPROACH FOR PLACEMENT AND SELECTION OF NETWORK SERVICES20092.SODNW02RESEQUENCING ANALYSIS OF STOP-AND-WAIT ARQ FOR PARALLEL MULTICHANNEL COMMUNICATIONS20093.SODNW03ON THE TIME SYNCHRONIZATION OF DISTRIBUTED LOG FILES IN NETWORKS WITH LOCAL BROADCAST MEDIA20094.SODNW04EXPLICIT LOAD BALANCING TECHNIQUE FOR NGEO SATELLITE IP NETWORKS WITH ON-BOARD PROCESSING CAPABILITIES20095.SODNW05ON UNBIASED SAMPLING FOR UNSTRUCTURED PEER-TO-PEER NETWORKS20096.SODNW06THE DESIGN TRADE-OFFS OF BITTORRENT-LIKE FILE SHARING PROTOCOLS20097.SODNW07MULTIPLE ROUTING CONFIGURATIONS FOR FAST IP NETWORK RECOVERY20098.SODNW08WEB USER-SESSION INFERENCE BY MEANS OF CLUSTERING TECHNIQUES20099.SODNW09NORMALIZED QUEUEING DELAY: CONGESTION CONTROL JOINTLY UTILIZING DELAY AND MARKING200910.SODNW10OBLIVIOUS ROUTING OF HIGHLY VARIABLE TRAFFIC IN SERVICE OVERLAYSAND IP BACKBONES2009 DOMAIN: NEURAL NETWORKS SINOPROJECTCODETITLESYEAR1.SODNU01A CLASS OF SPARSELY CONNECTED AUTOASSOCIATIVE MORPHOLOGICAL MEMORIES FOR LARGE COLOR IMAGES20092.SODNU02RECURRENT NEURAL NETWORKS TRAINING WITH STABLE BOUNDING ELLIPSOID ALGORITHM2009 D OTNET APPLICATION ORIENTED TITLES SINOPROJECT CODETITLESYEAR1.SODA01ANONYMOUS PACKETS TRACING RELATING THE ESTIMATED SOURCE20092.SODA02HIGH SPEED SWITCH SCHEDULING FOR LOCAL AREA NETWORKS20093.SODA03A TRANSMISSION CONTROL SCHEME FOR MEDIA ACCESS IN SENSOR NETWORK20094.SODA04AN EFFICIENT SHARED DISK FILES SYSTEMS FOR LARGE COMPUTING CLUSTERS.20095.SODA05SCRUTINIZING THE PARALLEL DOWNLOADING FOR LARGE FILE DISTRIBUTION20096.SODA06ANALYZING THE SIGNALING STATUS OF NETWORK TRAFFIC IRREGULARITIES20097.SODA07DATA MANAGEMENT IN ACQUISITIONED ENVIRONMENT BY MEANS OF PROBABILISTIC MODELS20098.SODA08UNTRUSTED OPERATING SYSTEMS IMPLEMENTATION ON THE CONVICTED HARDWARE20099.SODA09EVALUTING THE EFFECT OF A OBJECT ORIENTAL SOFTWARE200910.SODA10IMAGE RECOVERY VIA TOTAL VARIATION & MINIMIZATION METHOD200911.SODA11DIGITAL WATERMARKING FOR TAMPER PROOFING AND AUTHENTICATION IN IMAGES200912.SODA12MODELING AND ANALYSIS OF AN EFFICIENT MULTICAST MECHANISM200913.SODA13CO-OPERATING CATCHING BY MOBILE CLIENTS IN PUSH BASED INFORMATION SYSTEMS200914.SODA14EFFICIENT CONTENT DELIVERY IN MOBILE AD-HOC NETWORKS200915.SODA15ENLIGHTMENT OF AUTOMOBILES MANAGEMENT SYSTEMS200916.SODA16ESTIMATING COMMERCIAL ACTIVITY MANAGEMENT SYSTEMS200917.SODA17ASESMENT REPORT THROUGH DISTRIBUTED NETWORKING200918.SODA18AUTOMATIC ACCUMULATION AND RECUPERATE SCHDULER200919.SODA19PRO CURING PACKET SWITCHED DATA TRANSMISSION USING ENCODING & DECODING TECHNIQUES200920.SODA20USER CONVERSATION THROUGH INTRANET2009 WINDOWS APPLICATION TITLES WEB APPLICATION SINOPROJECT CODETITLESYEAR1.SODW01ONLINE AUTOMATION OF JEWELLS IN ALL SORT OF CARS20092.SODW02AN ADVANCED DISTRIBUTED APPROACH TO SURMOUNT THE OVERLAY MISMATCHING PROBLEMS20093.SODW03ONLINE MANAGEMENT OF INCOME TAX SERVICES SYSTEM20094.SODW04ONLINE BOOKING FOR OIL & NATURAL GAS AGENCIES20095.SODW05ONLINE CUSTOMER EVALUATING & RANKING SYSTEMS20096.SODW06ONLINE DISTRIBUTED DATA CALENDRING SYSTEMS20097.SODW07WEBSITE GUIDING SYSTEMS FOR ORGANIZATION20098.SODW08ONLINE CUSTOMER RELATIONSHIP MANAGEMENT SYSTEMS20099.SODW09PRACTICAL MANAGEMENT AND STANDARD ADMINISTRATIVE SYSTEM200910.SODW10ONLINE -NET BANKING SYSTEMS ENHANCING INTERNET BASED RESEARCH PROGRAM200911.SODW11EDUCATIONAL PROGRAM AND ASSESMENT THROUGH INTERNET200912.SODW12ENHANCING INTERNET BASE RESEARCH PROGRAM200913.SODW13HIGH PERFORMANCE DATA STREAM PROCESSING ON A NOVAL HARDWARE ENHANCED FRAMEWORK200914.SODW14ONLINE COMPETENT WEB SERVICE AHEAD OF COMPONENT BASED COMPUTING200915.SODW15TWO CONTROLLED EXPERIMENTS CONTAINING THE COMPARISSON OF PAIR,PROGRAMMING TO PEER REVIEW200916.SODW16STRUCTURE ANALYSIS OF GAME VIDEOS USING DOMAIN MODELS200917.SODW17ONLINE TOURISM MANAGEMENT SYSTEM EMBEDDED INTRODUCTION TO EMBEDDED Embedded technology is software or hardware that is implanted in a large device or system for a dedicated application. It classically refers to a fixed function device, as compared with a PC, which runs general-purpose applications. As the scope and roles of embedded systems are escalating, the estimated usage of embedded programmable components is extremely high. Exponentially increasing computing power and the convergence of technology have resulted in hardware/software systems being embedded within everyday products and places. Embedded Technology can be implemented in Consumer Applications, Office & Industrial Automation, Medical Electronics, Computer Networking, Telecommunication, Wireless Technologies, Instrumentation, Safety and Security Applications. Embedded system can be preferred for following reasons ,[object Object]](https://image.slidesharecdn.com/bookfinalized-091028082757-phpapp02/85/book-finalized-1-320.jpg)
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