S.No | Code | PROJECT TITLE Download Titles![]() |
Action |
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1 | CTVLK101 | Hybrid LUT/Multiplexer FPGA Logic Architectures | |
2 | CTVLK102 | Implementation of different types of Data Encoding techniques to reduce Energy on NOC applications | |
3 | CTVLK103 | Logic Synthesis in Reversible PLA | |
4 | CTVLK104 | Energy Efficient Code Converters using Reversible Logic Gates | |
5 | CTVLK105 | Design and Implementation of FPGA Configuration Logic Block using Asynchronous Semi- Static NCL Circuits | |
6 | CTVLK106 | Contemplation of synchronous Gray Code Counter & its variants using Reversible Logic Gates | |
7 | CTVLK107 | Digital clock design using Verilog | |
8 | CTVLK108 | Improved Carry Select Adder with Reduced Area and Low Power Consumption | |
9 | CTVLK109 | Design of 16-bit ALU. | |
10 | CTVLK110 | Design i2c protocol implementation | |
11 | CTVLK111 | Design and Implementation of Optimized Fault-Tolerant Reversible Multiplier Using K-Algorithm | |
12 | CTVLK112 | Efficient Implementation of Scan Register Insertion on Integer Arithmetic Cores for FPGAs | |
13 | CTVLK113 | Design of 128 bit RAM | |
14 | CTVLK114 | An FPGA Implementation of Energy Efficient Code Converters Using Reversible Logic Gates | |
15 | CTVLK115 | Design spi protocol implementation. | |
16 | CTVLK116 | A Method to Design Single Error Correction Codes With Fast Decoding for a Subset of Critical Bits | |
17 | CTVLK117 | Design of electronic voting mechine. | |
18 | CTVLK118 | DESIGN OF HIGH SPEED MULTIPLIER BY USING DADDA MULTIPLIER | |
19 | CTVLK119 | Probability-Driven Multi-bit Flip-Flop Integration With Clock Gating | |
20 | CTVLK120 | Design and synthesis of combinational circuits using reversible decoder in Xilinx | |
21 | CTVLK121 | Design and analysis of multiplier using approximate 15-4 compressor | |
22 | CTVLK122 | Design counter and verifying counter by using clock block . | |
23 | CTVLK123 | Design of Multiplexer using Reversible Gates | |
24 | CTVLK124 | Design and Analysis of 4-2 Compressor for Arithmetic Application | |
25 | CTVLK125 | A New Logic Encryption Strategy Ensuring Key Interdependency | |
26 | CTVLK126 | Design of Logic gates in back-end | |
27 | CTVLK127 | Design 32x32 vedik multipleare. | |
28 | CTVLK128 | Design of FIFO using HDL | |
29 | CTVLK129 | FPGA Implementation of an Advanced Traffic Light Controller using Verilog HDL | |
30 | CTVLK130 | Implementation of Universal Asynchronous Receiver and Transmitter | |
31 | CTVLK131 | Low-Power Programmable PRPG With Test Compression Capabilities | |
32 | CTVLK132 | Double fault tolerant full adder design using fault localization | |
33 | CTVLK133 | In Field test for Permanent faults in FIFO buffers of NOC routers | |
34 | CTVLK134 | Design 4x4 vedik multiplear | |
35 | CTVLK135 | Implementation of Testable Reversible Sequential Circuit on FPGA | |
36 | CTVLK136 | Development of Efficient VLSI Architecture for Speech Processing in Mobile Communication | |
37 | CTVLK137 | Design of Power and Area Efficient Approximate Multipliers |
S.No | Code | PROJECT TITLE Download Titles![]() |
Action |
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1 | CTJV101 | A System to Filter Unwanted Messages from OSN User Walls | |
2 | CTJV102 | Fully Anonymous Profile Matching in Mobile Social Networks | |
3 | CTJV103 | Mining Contracts for Business Events and Temporal Constraints in Service Engagements | |
4 | CTJV104 | Price Differentiation for Communication Networks | |
5 | CTJV105 | Sensitive Label Privacy Protection on Social Network Data | |
6 | CTJV106 | Supporting Privacy Protection in Personalized Web Search | |
7 | CTJV107 | Spatial Approximate String Search | |
8 | CTJV108 | Understanding the Performance and Potential of Cloud Computing for Scientific Applications | |
9 | CTJV109 | Fast Nearest Neighbor Search with Keywords | |
10 | CTJV110 | Towards Online Shortest Path Computation | |
11 | CTJV11 | A Load Balancing Model Based on Cloud Partitioning | |
12 | CTJV112 | Captcha as Graphical Passwords-A New Security Primitive Based on Hard AI Problems | |
13 | CTJV13 | Friendbook:A Semantic-based Friend Recommendation System for Social Networks | |
14 | CTJV114 | Stock Market Prediction Analysis | |
15 | CTJV115 | Advance Security In Cloud Computing For Military Weapons | |
16 | CTJV116 | Sub-graph Matching with Set Similarity in a Large Graph Database | |
17 | CTJV117 | Automatic Personality Classification | |
18 | CTJV118 | Active City Administration | |
19 | CTJV119 | Mail received Authentication System | |
20 | CTJV120 | Online Rental Web Portal | |
21 | CTJV121 | A novel Anti-Fishing Framework based on visual Cryptography | |
22 | CTJV122 | E-Assessment Instructor | |
23 | CTJV123 | Automatic DB Schema Generation | |
24 | CTJV124 | Client Server Protocol Implementation | |
25 | CTJV125 | Data Transmission Using Multi-Tasking-Sockets | |
26 | CTJV126 | Dual-Stenography for hiding text in video by linked list method | |
27 | CTJV127 | Hostel Management System | |
28 | CTJV128 | An Object-Oriented Web Test Model for Testing Web Applications | |
29 | CTJV129 | Attendance Management System | |
30 | CTJV130 | Friends Meeting point | |
31 | CTJV131 | SQL work bench | |
32 | CTJV132 | CARGO management system | |
33 | CTJV133 | Bug tracking system | |
34 | CTJV1354 | Hospital management system | |
35 | CTJV135 | Online examination system | |
36 | CTJV136 | Citizen card system | |
37 | CTJV137 | Company vehicle management system | |
38 | CTJV138 | Corporate recruitment system | |
39 | CTJV139 | Crime records management system | |
40 | CTJV140 | Data transmission using multi tasking sockets | |
41 | CTJV141 | Online registration for Voter card | |
42 | CTJV142 | Computerization of Ration Dispensing | |
43 | CTJV143 | Security system for DNS using Cryptography | |
44 | CTJV144 | Data leakage detecting | |
45 | CTJV145 | Certificate issue system | |
46 | CTJV146 | College event calendar | |
47 | CTJV147 | Fraud detection system | |
48 | CTJV148 | Engineering books resale management system | |
49 | CTJV149 | Material feedback system | |
50 | CTJV150 | Online book review management | |
51 | CTJV151 | Placement tracking system | |
52 | CTJV152 | Online clinic | |
53 | CTJV153 | Training hub | |
54 | CTJV154 | Online Java compiler with security editor | |
55 | CTJV155 | Detecting malicious face book applications | |
56 | CTJV156 | Connecting Social media to e-commerce for Product recommendation | |
57 | CTJV157 | Towards real-time country level location classification of worldwide tweets | |
58 | CTJV158 | A system for profiling and monitoring data base access patterns by application programs for anomaly detection | |
59 | CTJV159 | Follow but no track: privacy preserved profile publishing in cyber physical social systems | |
60 | CTJV160 | Social Q&A: An Online Social Network Based Question and Answer System | |
61 | CTJV161 | Collaborative Filtering-Based Recommendation of Online Social Voting | |
62 | CTJV162 | Efficient cache supported path planning on roads | |
63 | CTJV163 | Inference attack on browsing history of twitter users using public click analytics and twitter meta data | |
64 | CTJV164 | Automatic generation of social event story board from image click through data | |
65 | CTJV165 | Pro guard: Detecting malicious accounts in social network based online promotions | |
66 | CTJV166 | Blood Donor Symbiosis | |
67 | CTJV167 | A parallel patient treatment time prediction algorithm & its applications | |
68 | CTJV168 | Maximizing p2p file access availability in mobile adhoc networks | |
69 | CTJV169 | Online venue booking | |
70 | CTJV170 | Finding verb for written for written test | |
71 | CTJV171 | Weather report management | |
72 | CTJV172 | Soci Rank: Identifying and Ranking Prevalent News Topics Using Social Media Factors | |
73 | CTJV173 | Hybrid page rank algorithms | |
74 | CTJV174 | Detecting Stress Based on Social Interactions in Social Networks | |
75 | CTJV175 | Document clustering using ANT colony algorithm | |
76 | CTJV176 | Graduate selection process | |
77 | CTJV177 | Discovery of Ranking Fraud for Mobile Apps | |
78 | CTJV178 | I-injection: Towards effective collaborative filtering using an interested items | |
79 | CTJV179 | Military equipment rental system |
S.No | Code | PROJECT TITLE Download Titles![]() |
Action |
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1 | CTJV101 | Investigation in fir filters to improve power efficiency and delay reduction. | |
2 | CTJV102 | Hybrid LUT/multiplexer FPGA logic architecture. | |
3 | CTJV103 | High speed, low power and highly reliable frequency multiplier for DLL based clock generator. | |
4 | CTJV104 | High throughput list decoder architecture for polar codes. | |
5 | CTJV105 | Design of digital-serial parallel filters using HDL. | |
6 | CTJV106 | Low power Wallace tree multiplier using modified full adder | |
7 | CTJV107 | An efficient floating point multiplier design for high speed applications using karatsuba algorithm and urdhva-tiryagbhyam algorithm. |
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8 | CTJV108 | Efficient baugh-wooley architecture for signed & unsigned fast multiplication. | |
9 | CTJV109 | Online testing for three fault models using reversible digital circuits | |
10 | CTJV110 | Design and estimation of delay, power and area for parallel prefix adders. | |
11 | CTJV111 | Recursive approach to the design of a parallel self-timed adder. | |
12 | CTJV112 | Area-delay-power efficient fixed-point LMS adaptive filter with low adaptation-delay. | |
13 | CTJV113 | Implementation of canny edge detection algorithm on FPGA and displaying image through VGA interface. | |
14 | CTJV114 | A low-cost VLSI implementation for efficient removal of impulse noise. | |
15 | CTJV115 | VLSI implementation of CRC (cyclic redundancy checker) generator. | |
16 | CTJV116 | VLSI implementations of very fast and low power carry select adder circuit. | |
17 | CTJV117 | Efficient FPGA implementation of convolution. | |
18 | CTJV118 | The design of fir filter base on improved DA algorithm and its FPGA implementation. | |
19 | CTJV119 | High speed VLSI architecture for general linear feedback shift registers (LFSR) structures. | |
20 | CTJV120 | Minimization of switching activities of partial products for designing low-power multipliers | |
21 | CTJV121 | High performance complex number multiplier using booth-Wallace algorithm. | |
22 | CTJV122 | Design and verification of 8 bit hamming encoder and decoder | |
23 | CTJV123 | Aging-aware reliable multiplier design with adaptive hold logic. | |
24 | CTJV124 | Minimum parallel binary adders with nor (NAND) gates. | |
25 | CTJV125 | Design of sequential elements for low power clocking system | |
26 | CTJV126 | Implementation of sub threshold adiabatic logic for ultralow-power application. | |
27 | CTJV127 | Fault tolerant parallel filters based on error correction codes. | |
28 | CTJV128 | Variable latency speculative hancarlson adder. | |
29 | CTJV129 | Design and analysis of approximate compressors for multiplication. | |
30 | CTJV130 | Area-delay-power efficient carry select adder. | |
31 | CTJV131 | Design of testable reversible sequential circuits. | |
32 | CTJV132 | Design a DSP operations using Vedic mathematics | |
33 | CTJV133 | VLSI implementation of fast addition using quaternary signed digit number system. | |
34 | CTJV134 | Design of a power optimal reversible fir filter for speech signal processing. | |
35 | CTJV135 | A high speed binary floating point multiplier using dadda algorithm | |
36 | CTJV136 | Design of carry look ahead adder using reversible gates. | |
37 | CTJV137 | VLSI design of a large – number multiplier for fully – homo morphic encryption. | |
38 | CTJV138 | Low power dual edge triggered flip-flop | |
39 | CTJV139 | Design of Low Power Multiplier using Compound Constant Delay Logic Style. | |
40 | CTJV140 | Designing efficient online testable reversible adders. | |
41 | CTJV141 | High performance complex number multiplier using booth-Wallace algorithm. | |
42 | CTJV142 | Low power square and cube architectures using Vedic sutras | |
43 | CTJV13 | Combinational design of s-box and inverse s-box using Verilog for high speed encryption | |
44 | CTJV144 | Area speed efficient modular architecture for GF multiplier dedicated for cryptographic applications | |
45 | CTJV145 | Design and implementation of 64 bit MAC for DSP applications | |
46 | CTJV146 | Parity preserving adder/subtractor using a novel reversible gate | |
47 | CTJV147 | VLSI design and implementation of encryption and decryption using VHDL/VERILOGHDL | |
48 | CTJV148 | VLSI design and implementation of arithmetic logic unit using VHDL/VERILOGHDL | |
49 | CTJV149 | Implementation of secure hash algorithm- 1using Verilog. | |
50 | CTJV150 | Design of advanced encryption standard using VHDL/HDL. | |
51 | CTJV151 | Energy consumption of VLSI decoder. | |
52 | CTJV152 | Realization of 4 to 16 reversible decoder using Verilog | |
53 | CTJV153 | Realization of multiplier design with novel adaptive hold logic using Verilog. | |
54 | CTJV154 | A low power 16 bit Vedic divider for high speed VLSI applications. | |
55 | CTJV155 | VLSI implementation of high speed MAC unit using karatsuba multiplication technique. | |
56 | CTJV156 | VLSI implementation of 32-bit unsigned multiplier using CSLA&CLAA. | |
57 | CTJV157 | Performance evaluation of different multipliers in VLSI using Verilog. | |
58 | CTJV158 | VLSI implementation of discrete linear convolution using Vedic mathematics (real and complex numbers) | |
59 | CTJV159 | VLSI implementation of high speed area efficient arithmetic unit using Vedic mathematics | |
60 | CTJV160 | FPGA design of reconfigurable binary processor using VLSI. | |
61 | CTJV161 | Comparative performance analysis of XOR/XNOR function based high-speed CMOS full adder circuits | |
62 | CTJV162 | Design of fast counting bloom filter using verilog | |
63 | CTJV163 | Implementation of image processing lab using Xilinx system generator | |
64 | CTJV164 | Constructions of memory less crosstalk avoidance codes via c-transform | |
65 | CTJV165 | High performance nibble multiplexer using modified adiabatic logic | |
66 | CTJV166 | Design of low power, high performance 2-4 and 4-16 mixed-logic line decoders. | |
67 | CTJV167 | Design of high speed multiplier using modified booth algorithm with hybrid carry look-ahead adder. | |
68 | CTJV168 | Design of reversible 32-bit BCD add-subtract unit using parallel pipelined method. | |
69 | CTJV169 | Design and analysis of approximate compressors for multiplication. | |
70 | CTJV170 | Low-power and area-efficient shift register using pulsed latches | |
71 | CTJV171 | Ultralow-energy variation-aware design: adder architecture study. | |
72 | CTJV172 | Low-quantum cost circuit constructions for adder and symmetric Boolean functions | |
73 | CTJV173 | A modified partial product generator for redundant binary multipliers | |
74 | CTJV174 | A 32 bit MAC unit design using Vedic multiplier and reversible logic gate. | |
75 | CTJV175 | An efficient approach to design a compact reversible programmable logic array | |
76 | CTJV176 | Approach to design a compact reversible low power binary comparator. | |
77 | CTJV177 | The design of high performance barrel integer adder. | |
78 | CTJV178 | A high speed binary floating point multiplier using dadda algorithm. | |
79 | CTJV179 | An approach to design a multiplexer based module of a novel reversible gate for FPGA architecture. | |
80 | CTJV180 | Low power array multiplier using modified full adder | |
81 | CTJV181 | Fully reused VLSI architecture of fm0/Manchester encoding using sols technique for DSRC applications | |
82 | CTJV182 | Implementation of a flexible and synthesizable FFT processor. | |
83 | CTJV183 | Low power Wallace tree multiplier using modified full adder. | |
84 | CTJV184 | Fault tolerant parallel filters based on error correction codes. | |
85 | CTJV185 | Design of a compact reversible carry look-ahead adder using dynamic programming. | |
86 | CTJV186 | Data encoding techniques for reducing energy consumption in network on chip. | |
87 | CTJV187 | Area-efficient 3-input decimal adders using simplified carry and sum vectors. | |
88 | CTJV188 | Design and analysis of inexact floating-point adders. | |
89 | CTJV189 | Modified Wallace tree multiplier using efficient square root carry select adder. | |
90 | CTJV190 | Two-step optimization approach for the design of multiplier less linear-phase fir filters. | |
91 | CTJV191 | Pre-encoded multipliers based on non-redundant radix-4 signed-digit encoding. | |
92 | CTJV192 | High-speed and energy-efficient carry skip adder operating under a wide range of supply voltage levels. | |
93 | CTJV193 | Digital multiplier less realization of two-coupled biological hind marsh–rose neuron model. | |
94 | CTJV194 | Recursive approach to the design of a parallel self-timed adder. | |
95 | CTJV195 | Efficient coding schemes for fault-tolerant parallel filters. | |
96 | CTJV196 | An improved design of a reversible fault tolerant LUT-based FPGA. | |
97 | CTJV197 | Flexible DSP accelerator architecture exploiting carry-save arithmetic. | |
98 | CTJV198 | Low power 8-bit ALU design using full adder and multiplexer. | |
99 | CTJV199 | Energy and area efficient three-input XOR/XNORS with systematic cell design methodology. | |
100 | CTJV200 | A novel realization of LFSR for cryptographic applications |
S.No | Code | PROJECT TITLE Download Titles![]() |
Action |
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1 | CTJV101 | HIGH-THROUGHPUT LOW-ENERGY SELF-TIMED CAM BASED ON REORDERED OVERLAPPED SEARCH MECHANISM |
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2 | CTJV102 | IMPLEMENTATION OF FLOATING POINT MAC USING RESIDUENUMBER SYSTEM | |
3 | CTJV103 | ARCHITECTURES AND ALGORITHAM FOR IMAGE AND VIDEO PROCESSING USING FPGA – BASED PLAT FORM |
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4 | CTJV104 | HARDWARE EFFICIENT MIXED RADIX-25/16/9 FFT FOR LTE SYSTEMS | |
5 | CTJV105 | PERFORMANCE AND EVALUATION OF LOOPBACK VIRTUAL CHANNEL ROUTER WITH HETEROGENEOUS ROUTER FOR ON CHIP NETWORK |
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6 | CTJV106 | ANALYSIS AND DESIGN OF A LOW-VOLTAGE LOW-POWER DOUBLE-TAIL COMPARATOR | |
7 | CTJV107 | EFFICENT RELIZATION OF DA BASED FIR FILTER USING VERILOG | |
8 | CTJV108 | A LOW-COST, SYSTEMATIC METHODOLOGY FOR SOFT ERROR ROBUSTNESS OF LOGIC CIRCUITS | |
9 | CTJV109 | ON-CHIP CODE WORD GENERATION TO COPE WITH CROSSTALK | |
10 | CTJV110 | LOW COMPLEXITY-HIGH THROUGHPUT QC-LDPC ENCODER | |
11 | CTJV111 | A NOVEL VLSI DHT ALGORITHAM FOR HIGHLY AND ACITECTURE MODELAR PARALEL | |
12 | CTJV112 | EXPLOITING SAME TAG BITS TO IMPROVE THE RELIABILITY OF THE CACHE MEMORIES | |
13 | CTJV113 | EFFICENT HARD WARE ARCHITUCTURE OF NT PAIRING ACELERATOR OVER CHARASTRICTIC TREE | |
14 | CTJV114 | CONSTRUCTIONS OF MEMORYLESS CROSSTALK AVOIDANCE CODES VIA C-TRANSFORM | |
15 | CTJV115 | AREA–DELAY–POWER EFFICIENT CARRY-SELECT ADDER | |
16 | CTJV116 | LOW-POWER PULSE-TRIGGERED FLIP-FLOP DESIGN BASED ON A SIGNAL FEED-THROUGH SCHEME | |
17 | CTJV117 | VLSI DESIGN OF LARGE NUMBER MULTIPLIER FOR FULLY HOMOMORPHIC ENCRYPTION | |
18 | CTJV118 | TEST PATTERNS OF MULTIPLE SIC VECTORS: THEORY AND APPLICATION IN BIST SCHEMES | |
19 | CTJV119 | ENERGY EFFICIENCY OPTIMIZATION THROUGH CODESIGN OF THE TRANSMITTER AND RECEIVER IN HIGH-SPEEDON-CHIP INTERCONNECTS |
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20 | CTJV120 | A REAL-TIME MOTION-FEATURE-EXTRACTION VLSI EMPLOYING DIGITAL-PIXEL-SENSOR-BASEDPARALLEL ARCHITECTURE |
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21 | CTJV121 | SELF-TIMED LOGIC AND THE DESIGN OF SELF-TIMED ADDERS | |
22 | CTJV122 | DESIGN AND DEVELOPMENT OF AUTOMATIC VISUAL INSPECTION SYSTEM FOR PCB MANUFACTURING |
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23 | CTJV123 | AREA-DELAY-POWER EFFICIENT FIXED-POINT LMS ADAPTIVE FILTER WITH LOW ADAPTATION-DELAY |
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24 | CTJV124 | FULLY REUSED VLSI ARCHITECTURE OF FM0/MANCHESTER ENCODING USING SOLS TECHNIQUE FOR DSRC APPLICATIONS |
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25 | CTJV125 | FPGA DESING OF RECONFIGURABLE PROCESOR USING VLSI | |
26 | CTJV126 | AREA–DELAY–POWER EFFICIENT CARRY-SELECT ADDER | |
27 | CTJV127 | FAULT TOLERANT PARALLEL FILTERS BASED ON ERROR CORRECTION CODES | |
28 | CTJV128 | A HIGH PERFORMANCE DDR3 SDRAM CONTROLLER | |
29 | CTJV129 | VLSI IMPLEMENTATION OF IMAGE SCALING PROCESSOR | |
30 | CTJV130 | PORTABLE CAMERA BASED ASSISTINCE LABLE READING FOR BLIND PERSON | |
31 | CTJV131 | SOFTWARE/HARDWARE PARALLEL LONG-PERIOD RANDOM NUMBER GENERATION FRAMEWORK BASED ON THE WELL METHOD |
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32 | CTJV132 | LOW-COMPLEXITY MULTIPLIER LESS CONSTANT ROTATORS BASED ON COMBINED COEFFICIENT SELECTION AND SHIFT-AND-ADD IMPLEMENTATION (CCSSI) |
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33 | CTJV133 | A NOVEL APPROACH TO REALIZE BUILT-IN-SELF-TEST(BIST) ENABLED UART USING VHDL | |
34 | CTJV134 | AN OPTIMIZED MODIFIED BOOTH RECORDER FOR EFFICIENT DESIGN OF THE ADD-MULTIPLY OPERATOR | |
35 | CTJV135 | LOW-POWER PULSE-TRIGGERED FLIP-FLOP DESIGN BASED ON A SIGNAL FEED-THROUGH SCHEME | |
36 | CTJV136 | LOW-COMPLEXITY LOW-LATENCY ARCHITECTURE FOR MATCHING OF DATA ENCODED WITH HARD SYSTEMATIC ERROR-CORRECTING CODES |
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37 | CTJV137 | DESIGN OF EFFICIENT BINARY COMPARATOR IN QUANTUM DOT CELLAR AUTOMATA | |
38 | CTJV138 | DATA ENCODING TECHNIQUES FOR REDUCING ENERGY CONSUMPTION IN NETWORK ON CHIP | |
39 | CTJV139 | SCALABLE DIGITAL COMOS COMPARATOR USING A PARALLEL PREFIX TREE |
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