This document lists 94 titles of papers published in the IEEE Transactions on VLSI Systems in 2015. The papers cover a range of topics related to embedded systems and VLSI design including SAR ADCs, digital front-ends for ECG acquisition, placement-based nonlinearity reduction in DACs, carry select adders, hybrid adders, LTE synchronization, oscillators, encryption processors, networks-on-chip, error detection/correction techniques, and thermal management in multicore systems.
Nexgen Technology Address:
Nexgen Technology
No :66,4th cross,Venkata nagar,
Near SBI ATM,
Puducherry.
Email Id: praveen@nexgenproject.com.
www.nexgenproject.com
Mobile: 9751442511,9791938249
Telephone: 0413-2211159.
NEXGEN TECHNOLOGY as an efficient Software Training Center located at Pondicherry with IT Training on IEEE Projects in Android,IEEE IT B.Tech Student Projects, Android Projects Training with Placements Pondicherry, IEEE projects in pondicherry, final IEEE Projects in Pondicherry , MCA, BTech, BCA Projects in Pondicherry, Bulk IEEE PROJECTS IN Pondicherry.So far we have reached almost all engineering colleges located in Pondicherry and around 90km
Nexgen Technology Address:
Nexgen Technology
No :66,4th cross,Venkata nagar,
Near SBI ATM,
Puducherry.
Email Id: praveen@nexgenproject.com.
www.nexgenproject.com
Mobile: 9751442511,9791938249
Telephone: 0413-2211159.
NEXGEN TECHNOLOGY as an efficient Software Training Center located at Pondicherry with IT Training on IEEE Projects in Android,IEEE IT B.Tech Student Projects, Android Projects Training with Placements Pondicherry, IEEE projects in pondicherry, final IEEE Projects in Pondicherry , MCA, BTech, BCA Projects in Pondicherry, Bulk IEEE PROJECTS IN Pondicherry.So far we have reached almost all engineering colleges located in Pondicherry and around 90km
Final Year Students Project
Opposite to Sripuram Bus Stop
Back of Rajadeepan Jewellers
Tirunelveli.
Phone:+91 - 8903410319
Mail: finalyearstudentsprojecttvl@gmail.com
web:www.finalyearstudentsproject.in
For more details: www.nick-let.com
For any enquires contact us @
E-mail id : rajbyrav7@gmail.com
Mobile No : 9790 89 1917.
Address:
#82,Station road,
Radha nagar,
Chrompet,
Chennai-44.
ECRUITMENT SOLUTION provides bulk ieee projects to its regular clients and satisfies all their requirements on time, Also it provides 24/7 supports to all its clients in delivering the resources which is including source code delavery,Documents delivery,Algorithms delivery etc...,ECRUITMENT SOLUTIONS is also having around 100 clinets throughout India and across the World.
We are providing training on IEEE 2016-17 projects for Ph.D Scalars, M.Tech, B.E, MCA, BCA and Diploma students for
all branches for their academic projects.
For more details call us or watsapp us @ 7676768124 0r 9545252155
Email your base papers to "adritsolutions@gmail.co.in"
We are providing IEEE projects on
1) Cloud Computing, Data Mining, BigData Projects Using JAva
2) Image Processing and Video Procesing (MATLAB) , Signal Processing
3) NS2 (Wireless Sensor, MANET, VANET)
4) ANDRIOD APPS
5) JAVA, JEE, J2EE, J2ME
6) Mechanical Design projects
7) Embedded Systems and IoT Projects
8) VLSI- Verilog Projects (ModelSim and Xilinx using FPGA)
For More details Please Visit us at
Adrit Solutions
Near Maruthi Mandir
#42/5, 18th Cross, 21st Main
Vijaynagar
Bangalore.
Clock gating is an effective method of reducing the dynamic power consumption in synchronous circuits.
One of the ways to achieve this is by masking the clock that goes to the idle portion of the circuit. In This paper
we will present a comparative analysis of existing clock gating techniques on some synchronous digital design
like ALU (Arithmetic logical unit) etc. Also a new clock gating technique that provides more immunity to the
existing problem in available technique. In new proposed clock gating the Gated Clock Generation Circuit is using
tri state buffer and Gated logic is used which is created by the combination of double gated (AND, OR, AND
logic gate) with bubbled input respectively. This circuit saves power even when Target device's clock is ON. All
experiments are done on Xilinx14.1 EDA tool. Mentor Graphics Model SIM. For power calculation we are using
XPOWER. Sparten-3 (90nm) FPGA platform is used for result and analysis. The proposed design will reduce the
hardware complexity with approximately 10-20%. Similar clock power complexity will reduce with 5-10%.
Keywords — Tri state buffer; VLSI; Xilinx; glitches; hazards;Sparten.
For the full video of this presentation, please visit: https://www.edge-ai-vision.com/2021/08/flexible-machine-learning-solutions-with-lattice-fpgas-a-presentation-from-lattice-semiconductor/
Sreepada Hegade, Senior Manager for ML Software and Solutions at Lattice Semiconductor, presents the “Flexible Machine Learning Solutions with Lattice FPGAs” tutorial at the May 2021 Embedded Vision Summit.
The ability to perform neural network inference in resource-constrained devices is fueling the growth of machine learning at the edge. But application solutions require more than just inference—they also incorporate aggregation and pre-processing of input data, and post-processing of inference results. In addition, new neural network topologies are emerging rapidly. This diversity of functionality and quick evolution of topologies means that processing engines must have the flexibility to execute different types of workloads. I/O flexibility is also key, to enable system developers to choose the best sensor and connectivity options for their applications.
In this talk, Hegade explores how the configurable nature of Lattice FPGAs and the soft cores implemented on them allow for quick adoption of emerging neural network topologies, efficient execution of pre- and post-processing functions, and flexible I/O interfacing. He also shows how his company optimizes network topologies and its compiler to get the best out of FPGAs.
Intelligent system for production, storage and management of Multi-MW Solar P...Antonio Moreno-Munoz
The aim of this project is the design and implementation of an integral supervisory system for a PV plant. This system will not only monitor general parameters such as power or energy, but it will also delve deeply into detailed operation indicators. Weather Conditions (Wind, temperature, rain rate, humidity...) Production per PV module (DC current, Module temperature) Inverters' electrical parameters (voltage, current, harmonic, PQ ...)
Likewise, all the information will be collected and processed by a centralized applicacion which will have some of the following features:
Visualization and Control (SCADA)
Signal and events procressing
Measurements storage (Database and ftp server)
Thus, this project will allow us to analyze a real PV plant with different PV modules and inverters, and therefore, the detailed study of plant operation. This will provide a better comprehension of the system and it is the cornerstone in order to ensure the system reliability and subsequently decrease the operation costs.
Final Year Students Project
Opposite to Sripuram Bus Stop
Back of Rajadeepan Jewellers
Tirunelveli.
Phone:+91 - 8903410319
Mail: finalyearstudentsprojecttvl@gmail.com
web:www.finalyearstudentsproject.in
For more details: www.nick-let.com
For any enquires contact us @
E-mail id : rajbyrav7@gmail.com
Mobile No : 9790 89 1917.
Address:
#82,Station road,
Radha nagar,
Chrompet,
Chennai-44.
ECRUITMENT SOLUTION provides bulk ieee projects to its regular clients and satisfies all their requirements on time, Also it provides 24/7 supports to all its clients in delivering the resources which is including source code delavery,Documents delivery,Algorithms delivery etc...,ECRUITMENT SOLUTIONS is also having around 100 clinets throughout India and across the World.
We are providing training on IEEE 2016-17 projects for Ph.D Scalars, M.Tech, B.E, MCA, BCA and Diploma students for
all branches for their academic projects.
For more details call us or watsapp us @ 7676768124 0r 9545252155
Email your base papers to "adritsolutions@gmail.co.in"
We are providing IEEE projects on
1) Cloud Computing, Data Mining, BigData Projects Using JAva
2) Image Processing and Video Procesing (MATLAB) , Signal Processing
3) NS2 (Wireless Sensor, MANET, VANET)
4) ANDRIOD APPS
5) JAVA, JEE, J2EE, J2ME
6) Mechanical Design projects
7) Embedded Systems and IoT Projects
8) VLSI- Verilog Projects (ModelSim and Xilinx using FPGA)
For More details Please Visit us at
Adrit Solutions
Near Maruthi Mandir
#42/5, 18th Cross, 21st Main
Vijaynagar
Bangalore.
Clock gating is an effective method of reducing the dynamic power consumption in synchronous circuits.
One of the ways to achieve this is by masking the clock that goes to the idle portion of the circuit. In This paper
we will present a comparative analysis of existing clock gating techniques on some synchronous digital design
like ALU (Arithmetic logical unit) etc. Also a new clock gating technique that provides more immunity to the
existing problem in available technique. In new proposed clock gating the Gated Clock Generation Circuit is using
tri state buffer and Gated logic is used which is created by the combination of double gated (AND, OR, AND
logic gate) with bubbled input respectively. This circuit saves power even when Target device's clock is ON. All
experiments are done on Xilinx14.1 EDA tool. Mentor Graphics Model SIM. For power calculation we are using
XPOWER. Sparten-3 (90nm) FPGA platform is used for result and analysis. The proposed design will reduce the
hardware complexity with approximately 10-20%. Similar clock power complexity will reduce with 5-10%.
Keywords — Tri state buffer; VLSI; Xilinx; glitches; hazards;Sparten.
For the full video of this presentation, please visit: https://www.edge-ai-vision.com/2021/08/flexible-machine-learning-solutions-with-lattice-fpgas-a-presentation-from-lattice-semiconductor/
Sreepada Hegade, Senior Manager for ML Software and Solutions at Lattice Semiconductor, presents the “Flexible Machine Learning Solutions with Lattice FPGAs” tutorial at the May 2021 Embedded Vision Summit.
The ability to perform neural network inference in resource-constrained devices is fueling the growth of machine learning at the edge. But application solutions require more than just inference—they also incorporate aggregation and pre-processing of input data, and post-processing of inference results. In addition, new neural network topologies are emerging rapidly. This diversity of functionality and quick evolution of topologies means that processing engines must have the flexibility to execute different types of workloads. I/O flexibility is also key, to enable system developers to choose the best sensor and connectivity options for their applications.
In this talk, Hegade explores how the configurable nature of Lattice FPGAs and the soft cores implemented on them allow for quick adoption of emerging neural network topologies, efficient execution of pre- and post-processing functions, and flexible I/O interfacing. He also shows how his company optimizes network topologies and its compiler to get the best out of FPGAs.
Intelligent system for production, storage and management of Multi-MW Solar P...Antonio Moreno-Munoz
The aim of this project is the design and implementation of an integral supervisory system for a PV plant. This system will not only monitor general parameters such as power or energy, but it will also delve deeply into detailed operation indicators. Weather Conditions (Wind, temperature, rain rate, humidity...) Production per PV module (DC current, Module temperature) Inverters' electrical parameters (voltage, current, harmonic, PQ ...)
Likewise, all the information will be collected and processed by a centralized applicacion which will have some of the following features:
Visualization and Control (SCADA)
Signal and events procressing
Measurements storage (Database and ftp server)
Thus, this project will allow us to analyze a real PV plant with different PV modules and inverters, and therefore, the detailed study of plant operation. This will provide a better comprehension of the system and it is the cornerstone in order to ensure the system reliability and subsequently decrease the operation costs.
Vlsi IEEE 2014 titles 2014_2015_CSE/IT/ECE/EEE/ STUDENTS IN CHENNAI (S3 INFO...S3 Infotech IEEE Projects
DOTNET/JAVA/MATLAB/VLSI/NS2/EMBEDDED IEEE 2014 PROJECTS FOR ME/BE/B.TECH STUDENTS. FINAL YEAR 2014 PROJECTS FOR CSE/IT/ECE/EEE/ STUDENTS IN CHENNAI (S3 INFOTECH : 09884848198).
Final year IEEE 2014 projects for BE, BTech, ME, MTech &PHD Students (09884848198 : S3 Infotech)
Dear Students,
Greetings from S3 INFOTECH (0988 48 48 198). We are doing Final year (IEEE & APPLICATION) projects in DOTNET, JAVA, MATLAB, ANDROID, VLSI, NS2, EMBEDDED SYSTEMS and POWER ELECTRONICS.
For B.E, M.E, B.Tech, M.Tech, MCA, M.Sc, & PHD Students.
We implement your own IEEE concepts also in ALL Technologies. We are giving support for Journal Arrangement & Publication also.
Send your IEEE base paper to yes3info@gmail.com (or) info@s3computers.com.
To Register your project: www.s3computers.com
We are providing Projects in
• DOT NET
• JAVA / J2EE / J2ME
• EMBEDDED & POWER ELECTRONICS
• MATLAB
• NS2
• VLSI
• NETWORKING
• HADOOP / Bigdata
• Android
• PHP
Ieee 2020 21 vlsi projects in pondicherry,ieee vlsi projects in chennaiNexgen Technology
Nexgen Technology Address:
Nexgen Technology
No :66,4th cross,Venkata nagar,
Near SBI ATM,
Puducherry.
Email Id: mailtonexgentech@gmail.com.
www.nexgenproject.com
Mobile: 9791938249,9025656779
NEXGEN TECHNOLOGY as an efficient Software Training Center located at Pondicherry with IT Training on IEEE Projects in Android,IEEE IT B.Tech Student Projects, Android Projects Training with Placements Pondicherry, IEEE projects in pondicherry, final IEEE Projects in Pondicherry , MCA, BTech, BCA Projects in Pondicherry, Bulk IEEE PROJECTS IN Pondicherry.So far we have reached almost all engineering colleges located in Pondicherry and around 90km
ABOUT MAXPRO INFOTECH
MAXPRO InfoTech is Company providing outstanding, cost-effective, effective result authorized on solutions. Our objective is to create solutions that enhance company process and increase come back in most possible time. We started truly to provide solutions to the customers all over the world. We have been effectively in providing solutions for different challenges across a wide range of market and customers propagate across the globe.
We create unique solutions that make sure enhanced performance and competitive advantage for your business and end customers. This is obtained by determining customer need, constantly improving & searching for fixing the needs of customer, choosing knowledgeable resources, ongoing training.
OUR VISSION & MISSION VISION
We have a perspective to become a most significant and a powerful company to play a crucial part in Business development.
We are dedicated to fulfill and go beyond our customer objectives by providing top quality solutions always.
To be the most passionately known organization in all our business sector while attempting to offer our customers with the best possible support.
MISSION:
To offer top quality support that merge creativeness with value costs, while developing an effective relationship with our customers.
To regularly endeavor to fulfill or surpass our client needs and objectives of price, support, and selection.
To this end, we will execute regular opinions of the market to improve the customer business.
ABOUT STUDENTS CDC:
Students CDC (STUDENTS CAREER DEVELOPMENT CENTER) offer unique ideas for the students. The ideas which we offer are relevant to latest trends and technologies. This is because we derive ideas from the international technical publications and from our technical resources. We are supportive to the new ideas and concepts developed by the students. We help students to implement new idea.
We work with unique methodology to aspire students with success. Our past students have found project work at our company as a trusted, powerful, affordable and a successful learning experience. We provide details to the students about their project at various stages through regular classes and also through detailed technical documentation.
Real Time Projects:
In addition to the Client Projects, Maxpro offers Real-time projects in Software and Embedded domain, which is one of the major activities of its contemporary Research & Development centre. This helps students to work in live projects Internship that would help them practice the theory and gain real-time experience so that the individual talent is identified at the time of Real Time development and the best qualified students are supported with Placement opportunities internally and in our Client Companies.
Working @ Maxpro InfoTech:
At Maxpro Infotech, we believe that an organization is as good as its people. We take every measure to en
Pantech vlsi [xilinx ise & spartan fpga] 2016-17Senthil Kumar
Pantech offers projects in VLSI design using VHDL and FPGA Processor Implementation. We offers on Xilinx tools, Spartan3, Spartan6, Low power Design and Architecture design.
Nexgen Technology Address:
Nexgen Technology
No :66,4th cross,Venkata nagar,
Near SBI ATM,
Puducherry.
Email Id: praveen@nexgenproject.com.
www.nexgenproject.com
Mobile: 9751442511,9791938249
Telephone: 0413-2211159.
NEXGEN TECHNOLOGY as an efficient Software Training Center located at Pondicherry with IT Training on IEEE Projects in Android,IEEE IT B.Tech Student Projects, Android Projects Training with Placements Pondicherry, IEEE projects in pondicherry, final IEEE Projects in Pondicherry , MCA, BTech, BCA Projects in Pondicherry, Bulk IEEE PROJECTS IN Pondicherry.So far we have reached almost all engineering colleges located in Pondicherry and around 90km
1. www.pgembeddedsystems.com
IEEE TRANSATION ON VLSI TITLES -2015
S.NO TITLES YEAR
1. Built-in Self-Calibration and Digital-Trim Technique for 14-Bit
SAR ADCs Achieving ±1 LSB INL
2015
2. A Fully Digital Front-End Architecture for ECG Acquisition
System With 0.5 V Supply
2015
3. Placement-Based Nonlinearity Reduction Technique for
Differential Current-Steering DAC
2015
4. Low-Power and Area-Efficient Carry Select Adder 2015
5. Performance Analysis of a Low-Power High-Speed Hybrid 1-bit
Full Adder Circuit
2015
6. Design and Implementation of Time and Frequency
Synchronization in LTE
2015
7. An 8 bit 0.3–0.8 V 0.2–40 MS/s 2-bit/Step SAR ADC With
Successively Activated Threshold Configuring Comparators in
40 nm CMOS
2015
8. Design of Self-Timed Reconfigurable Controllers for Parallel
Synchronization via Wagging
2015
9. Design of a Low-Voltage Low-Dropout Regulator 2015
10. Minitaur, an Event-Driven FPGA-Based Spiking Network 2015
2. www.pgembeddedsystems.com
Accelerator
11. Unipolar Logic Gates Based on Spatial Wave-Function
Switched FETs
2015
12. Design of ultrahigh-speed low-voltage CMOS CML buffers and
latches
2015
13. Asynchronous Domino Logic Pipeline Design Based on
Constructed Critical Data Path
2015
14. An Inter/Intra-Chip Optical Network for Manycore Processors 2015
15. Per-Core DVFS With Switched-Capacitor Converters for
Energy Efficiency in Manycore Processors
2015
16. Signal Processing With Direct Computations on Compressively
Sensed Data
2015
17. Z-TCAM: An SRAM-based Architecture for TCAM 2015
18. A Low-Jitter Cell-Based Digitally Controlled Oscillator With
Differential Multiphase Outputs
2015
19. All Digital Energy Sensing for Minimum Energy Tracking 2015
20. Novel Reconfigurable Hardware Architecture for Polynomial
Matrix Multiplications
2015
21. A 65 nm Cryptographic Processor for High Speed Pairing
Computation
2015
3. www.pgembeddedsystems.com
22. A Low-Latency and Low-Power Hybrid Scheme for On-Chip
Networks
2015
23. Level-Converting Retention Flip-Flop for Reducing Standby
Power in ZigBee SoCs
2015
24. Aging-Aware Reliable Multiplier Design With Adaptive Hold
Logic
2015
25. A New Efficiency-Improvement Low-Ripple Charge-Pump
Boost Converter Using Adaptive Slope Generator With
Hysteresis Voltage Comparison Techniques
2015
26. A Highly Efficient Ultralow Photovoltaic Power Harvesting
System With MPPT for Internet of Things Smart Nodes
2015
27. A 0.325 V, 600-kHz, 40-nm 72-kb 9T Subthreshold SRAM with
Aligned Boosted Write Wordline and Negative Write Bitline
Write-Assist
2015
28. Reverse Converter Design via Parallel-Prefix Adders: Novel
Components, Methodology, and Implementations
2015
29. Economizing TSV Resources in 3-D Network-on-Chip Design 2015
30. A 2.5-Gb/s DLL-Based Burst-Mode Clock and Data Recovery
Circuit With Oversampling
2015
31. Low-Cost On-Chip Clock Jitter Measurement Scheme 2015
32. A Self-Powered High-Efficiency Rectifier With Automatic 2015
4. www.pgembeddedsystems.com
Resetting of Transducer Capacitance in Piezoelectric Energy
Harvesting Systems
33. An 11.5 Gb/s 1/4th Baud-Rate CTLE and Two-Tap DFE With
Boosted High Frequency Gain in 110-nm CMOS
2015
34. Fault Tolerant Parallel Filters Based on Error Correction Codes 2015
35. A 16-mW 8-Bit 1-GS/s Digital-Subranging ADC in 55-nm
CMOS
2015
36. Precise VLSI Architecture for AI Based 1-D/ 2-D Daub-6
Wavelet Filter Banks With Low Adder-Count
2015
37. Protein Alignment Systolic Array Throughput Optimization 2015
38. Runtime Thermal Management for 3-D Chip-
Multiprocessors With Hybrid SRAM/MRAM L2 Cache
2015
39. A 16-mW 8-Bit 1-GS/s Digital-Subranging ADC in 55-nm
CMOS
2015
40. A 28-nm CMOS 1 V 3.5 GS/s 6-bit DAC With Signal-
Independent Delta-I Noise DfT Scheme
2015
41. A GPU-Accelerated Parallel Shooting Algorithm for Analysis of
Radio Frequency and Microwave Integrated Circuits
2015
42. A Method for Improving Power Grid Resilience to
Electromigration-Caused via Failures
2015
43. A Process-Variation Resilient Current Mode Logic With
Simultaneous Regulations for Time Constant, Voltage
2015
5. www.pgembeddedsystems.com
Swing, Level Shifting, and DC Gain Using Time-Reference-
Based Adaptive Biasing Chain
44. A Synergetic Use of Bloom Filters for Error Detection and
Correction
2015
45. Actively Alleviate Power Gating-InducedPower/Ground
Noise Using Parasitic Capacitanceof On-Chip Memories in
MPSoC
2015
46. An 8 bit 0.3–0.8 V 0.2–40 MS/s 2-bit/Step SAR ADC
With Successively Activated Threshold Configuring
Comparators in 40 nm CMOS
2015
47. An Accuracy-Adjustment Fixed-Width Booth Multiplier
Based on Multilevel Conditional Probability
2015
48. Demonstrating HW–SW Transient Error Mitigationon the
Single-Chip Cloud Computer Data Plane
2015
49. Design of Self-Timed Reconfigurable Controllers for Parallel
Synchronization via Wagging
2015
50. Design Techniques to Improve Blocker Tolerance of
Continuous-Time __ ADCs
2015
51. Effects of Intermittent Faults on the Reliability of a
Reduced Instruction Set Computing (RISC) Microprocessor
2015
52. Efficient Hardware Architecture of ηTPairing Accelerator
Over Characteristic Three
2015
53. Energy Efficiency Optimization Through Codesignof the 2015
6. www.pgembeddedsystems.com
Transmitter and Receiver in High-Speed On-Chip Interconnects
54. Exploiting Same Tag Bits to Improve the Reliability of the
Cache Memories
2015
55. Fast and Wide Range Voltage Conversion in Multisupply
Voltage Designs
2015
56. Precise VLSI Architecture for AI Based 1-D/ 2-D Daub-6
Wavelet Filter Banks With Low Adder-Count
2015
57. Protein Alignment Systolic Array Throughput Optimization 2015
58. Runtime Thermal Management for 3-D Chip-
Multiprocessors With Hybrid SRAM/MRAM L2 Cache
2015
59. A 16-mW 8-Bit 1-GS/s Digital-Subranging ADC in 55-nm
CMOS
2015
60. A 28-nm CMOS 1 V 3.5 GS/s 6-bit DAC With Signal-
Independent Delta-I Noise DfT Scheme
2015
61. A GPU-Accelerated Parallel Shooting Algorithm for Analysis of
Radio Frequency and Microwave Integrated Circuits
2015
62. A Method for Improving Power Grid Resilience to
Electromigration-Caused via Failures
2015
63. A Process-Variation Resilient Current Mode Logic With
Simultaneous Regulations for Time Constant, Voltage
Swing, Level Shifting, and DC Gain Using Time-Reference-
Based Adaptive Biasing Chain
2015
64. A Synergetic Use of Bloom Filters for Error Detection and 2015
7. www.pgembeddedsystems.com
Correction
65. Fast Design Optimization Through Simple
KrigingMetamodeling: A Sense Amplifier Case Study
2015
66. Fast Radix-10 Multiplication Using Redundant BCD Codes 2015
67. Fat-Tree-Based Optical Interconnection Networks Under
Crosstalk Noise Constraint
2015
68. Fault Tolerant Parallel Filters Based on Error Correction Codes 2015
69. Fully Reused VLSI Architecture of FM0/Manchester
Encoding Using SOLS Technique for DSRC Applications
2015
70. Functional Constraint Extraction From Register Transfer Level
for ATPG
2015
71. Hardware Efficient Mixed Radix-25/16/9 FFT for LTE Systems 2015
72. Level-Converting Retention Flip-Flop for Reducing Standby
Power in ZigBeeSoCs
2015
73. Low-Complexity Hardware Design for Fast Solving LSPs
With Coordinated Polynomial Solution
2015
74. Low-Energy Two-Stage Algorithm for High Efficacy Epileptic
Seizure Detection
2015
75. Parallel Thermal Analysis of 3-D Integrated Circuits With
Liquid Cooling on CPU-GPU Platforms
2015
76. Protein Alignment Systolic Array Throughput Optimization 2015
77. Quaternary Logic Lookup Table in Standard CMOS 2015
78. Fast Design Optimization Through Simple 2015
8. www.pgembeddedsystems.com
KrigingMetamodeling: A Sense Amplifier Case Study
79. Fast Radix-10 Multiplication Using Redundant BCD Codes 2015
80. Fat-Tree-Based Optical Interconnection Networks Under
Crosstalk Noise Constraint
2015
81. Fault Tolerant Parallel Filters Based on Error Correction Codes 2015
82. Fully Reused VLSI Architecture of FM0/Manchester
Encoding Using SOLS Technique for DSRC Applications
2015
83. Functional Constraint Extraction From Register Transfer Level
for ATPG
2015
84. Hardware Efficient Mixed Radix-25/16/9 FFT for LTE Systems 2015
85. Level-Converting Retention Flip-Flop for Reducing Standby
Power in ZigBeeSoCs
2015
86. Low-Complexity Hardware Design for Fast Solving LSPs
With Coordinated Polynomial Solution
2015
87. Low-Energy Two-Stage Algorithm for High Efficacy Epileptic
Seizure Detection
2015
88. Parallel Thermal Analysis of 3-D Integrated Circuits With
Liquid Cooling on CPU-GPU Platforms
2015
89. Protein Alignment Systolic Array Throughput Optimization 2015
90. Quaternary Logic Lookup Table in Standard CMOS 2015
91. Fast Design Optimization Through Simple
KrigingMetamodeling: A Sense Amplifier Case Study
2015
9. www.pgembeddedsystems.com
92. Fast Radix-10 Multiplication Using Redundant BCD Codes 2015
93. Fat-Tree-Based Optical Interconnection Networks Under
Crosstalk Noise Constraint
2015
94. Fault Tolerant Parallel Filters Based on Error Correction Codes 2015