Reed Solomon Matlab Simulink Projects Research Assistance
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Vlsi 2016 17--- m.tech-9581464142
This document lists 48 potential MTech thesis titles for 2016 related to VLSI projects in areas like front end and back end design. It also provides contact information for MSR Projects, an organization that offers PLC and MATLAB training as well as IEEE/live projects for BTech and MTech students. The titles cover topics such as multipliers, FIR filters, error correction codes, FFTs, reversible logic design, and low power circuit design.
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Design & implementation of high speed carry select adder
This document describes the design and implementation of a high-speed carry select adder. It begins with an introduction that discusses reducing area and power consumption in digital adders. It then defines a carry select adder and describes how it independently generates multiple carries to select from in order to reduce carry propagation delay. The document outlines the structure of a basic 16-bit carry select adder and describes replacing ripple carry adders with binary to excess-1 converters to further reduce area and power. It also proposes using D-latches instead to achieve lower delay and higher speeds. The document implements various adder designs in VHDL and verifies their operation through simulation and synthesis.
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This document describes a model transformation from the Palladio Component Model (PCM) to Layered Queueing Networks (LQN) called PCM2LQN. PCM2LQN enables the use of efficient LQN solvers for performance analysis of component-based software designs modeled in PCM. It implements a mapping from PCM to LQN that bridges semantic gaps and integrates LQN solvers into the PCM modeling environment. A case study of a BRP system demonstrates generating an LQN from a PCM and comparing performance results between the two models.
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This document discusses the design of high-speed adders for efficient digital design blocks. It compares parallel-prefix adders like Kogge-Stone, Brent-Kung, Sklansky, and Kogge-Stone Ling adders. The Kogge-Stone Ling adder is found to perform most efficiently. Different tree adder structures are designed using CMOS logic and transmission gate logic and compared in terms of area, delay, and power consumption. Ling adders are analyzed, and it is shown that they reduce dependency on previous bit additions compared to other adders.
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1) This document discusses the first results from Eclipse QVTc, which implements the declarative QVT Core (QVTc) specification for model transformations.
2) Optimization techniques like reducing multi-input mappings to single-input mappings with local loops, and analyzing dependencies between mappings to generate an efficient static schedule provided a 30x speedup over naive polling execution.
3) While more optimizations are still needed, particularly for QVT Relational (QVTr), this implementation demonstrates that declarative transformations can be efficiently executed by analyzing the graph of dependencies between mappings.
Programmable Logic Array
This document presents information on Programmable Logic Arrays (PLA). It defines a PLA as a type of programmable logic device used to implement combinational logic circuits. A PLA has programmable AND and OR gate planes that can be conditioned to produce outputs. The document provides the block diagram and internal construction of a PLA. It also gives examples of implementing logic functions in a PLA using a program table.
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This document lists 48 potential MTech thesis titles for 2016 related to VLSI projects in areas like front end and back end design. It also provides contact information for MSR Projects, an organization that offers PLC and MATLAB training as well as IEEE/live projects for BTech and MTech students. The titles cover topics such as multipliers, FIR filters, error correction codes, FFTs, reversible logic design, and low power circuit design.
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The document discusses the instruction set of the 8085 microprocessor, specifically the branch group instructions. It describes both unconditional and conditional CALL instructions that allow a program to call subroutines, and RET instructions to return from subroutines. It also covers the RST n and PCHL instructions. An example program to multiply two 8-bit numbers using successive addition is provided to illustrate the use of these instructions.
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This document describes the design and implementation of a high-speed carry select adder. It begins with an introduction that discusses reducing area and power consumption in digital adders. It then defines a carry select adder and describes how it independently generates multiple carries to select from in order to reduce carry propagation delay. The document outlines the structure of a basic 16-bit carry select adder and describes replacing ripple carry adders with binary to excess-1 converters to further reduce area and power. It also proposes using D-latches instead to achieve lower delay and higher speeds. The document implements various adder designs in VHDL and verifies their operation through simulation and synthesis.
A Model Transformation from the Palladio Component Model to Layered Queueing ...
This document describes a model transformation from the Palladio Component Model (PCM) to Layered Queueing Networks (LQN) called PCM2LQN. PCM2LQN enables the use of efficient LQN solvers for performance analysis of component-based software designs modeled in PCM. It implements a mapping from PCM to LQN that bridges semantic gaps and integrates LQN solvers into the PCM modeling environment. A case study of a BRP system demonstrates generating an LQN from a PCM and comparing performance results between the two models.
Design of high speed adders for efficient digital design blocks
This document discusses the design of high-speed adders for efficient digital design blocks. It compares parallel-prefix adders like Kogge-Stone, Brent-Kung, Sklansky, and Kogge-Stone Ling adders. The Kogge-Stone Ling adder is found to perform most efficiently. Different tree adder structures are designed using CMOS logic and transmission gate logic and compared in terms of area, delay, and power consumption. Ling adders are analyzed, and it is shown that they reduce dependency on previous bit additions compared to other adders.
Optimized declarative transformation First Eclipse QVTc results
1) This document discusses the first results from Eclipse QVTc, which implements the declarative QVT Core (QVTc) specification for model transformations.
2) Optimization techniques like reducing multi-input mappings to single-input mappings with local loops, and analyzing dependencies between mappings to generate an efficient static schedule provided a 30x speedup over naive polling execution.
3) While more optimizations are still needed, particularly for QVT Relational (QVTr), this implementation demonstrates that declarative transformations can be efficiently executed by analyzing the graph of dependencies between mappings.
Programmable Logic Array
This document presents information on Programmable Logic Arrays (PLA). It defines a PLA as a type of programmable logic device used to implement combinational logic circuits. A PLA has programmable AND and OR gate planes that can be conditioned to produce outputs. The document provides the block diagram and internal construction of a PLA. It also gives examples of implementing logic functions in a PLA using a program table.
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paper deals with a new single stage three level ac-dc converter which performs both power factor correction
and voltage regulation in a single stage. The proposed converter has two separate controllers, one for power
factor correction and the other for regulating the output voltage. A comprehensive review of the existing single
stage topologies has been carried out. Then the operating principle, control scheme and the design of the new
converter are presented. The proposed converter is having an input power factor close to unity and better
voltage regulation compared to the conventional ac-dc converter topologies. Proposed topology is evaluated
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This document contains contact information for Candor Minds and a list of 29 codes describing VLSI and digital circuit design projects. The codes are grouped under categories such as High Speed, Low Power, Testing, and VLSI with MATLAB. Each code lists a title, brief 1-2 sentence description of the project. The document provides an overview of the types of projects available from Candor Minds in the areas of VLSI design, digital circuits, and DSP applications.
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Tempesta TLS is an implementation of TLS handshakes for the Linux kernel. Since the kernel already provides symmetric ciphers, we focus on asymmetric cryptography only, elliptic curves in particular.
Use used the mbed TLS library as the foundation and almost fully rewrote it to make is x40 faster. During our development we also use parts of WolfSSL library. While WolfSSL outperforms OpenSSL, it uses the same algorithms, which are 5-7 years of old. Tempesta TLS uses newer and more efficient algorithms from the modern cryptography research.
While we still improving performance of Tempesta TLS, the implementation already establishes 40-80% more TLS handshakes per second than OpenSSL/Nginx and provides up to x4 lower latency in several tests.
This talk covers following topics with plenty of benchmarks:
* The fundamentals of elliptic curve computations and the most "hot spots"
* Side channel attacks (SCA) and methods to prevent them
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* Basics of the new fast algorithms used in the Tempesta TLS
* The design trade offs in OpenSSL, WolfSSL, mbed TLS, and Tempesta TLS
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GraphConnect 2014 SF: Using a Graph Database to Ensure a Routable Road Network
This document discusses map quality analysis (QA) checks performed by TomTom, including restricted access islands (RAIs). It provides details on Pieter Cailliau's background and experience. It also compares the RDBMS and Neo4j approaches to detecting RAIs, finding that Neo4j is faster and able to detect all violations without limitations.
BULK IEEE PROJECTS IN VLSI ,BULK IEEE PROJECTS, IEEE 2015-16 VLSI PROJECTS I...
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Design and implementation of Closed Loop Control of Three Phase Interleaved P...
A single-phase, three-level, single-stage power-factor corrected AC/DC converter operated under closed
loop manner is presented. That operates with a single controller to regulate the output voltage and the input
inductor act as a boost inductor to have a single stage power factor correction with good output response. The
paper deals with a new single stage three level ac-dc converter which performs both power factor correction
and voltage regulation in a single stage. The proposed converter has two separate controllers, one for power
factor correction and the other for regulating the output voltage. A comprehensive review of the existing single
stage topologies has been carried out. Then the operating principle, control scheme and the design of the new
converter are presented. The proposed converter is having an input power factor close to unity and better
voltage regulation compared to the conventional ac-dc converter topologies. Proposed topology is evaluated
through Matlab/Simulink platform and simulation results are conferred.
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This document describes a public transportation network as a weighted graph that can be used to find optimal paths between locations. It provides an example of finding the best route from origin L4-A to destination L6-A, listing the possible connections and their travel times.
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This document summarizes a research paper on designing a low power encoder for a threshold inverter quantization (TIQ) based flash analog-to-digital converter (ADC). The paper proposes using a fat tree encoder and TIQ comparators to achieve high speed and low power consumption. A 3-bit ADC was designed and simulated in 45nm CMOS technology. Simulation results showed the ADC has low power of 185nw, high speed of 6.5ps delay, and better performance compared to other encoder designs. The fat tree encoder and TIQ comparators allow the ADC to operate at high speeds while consuming low power, making it suitable for applications requiring both.
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Use used the mbed TLS library as the foundation and almost fully rewrote it to make is x40 faster. During our development we also use parts of WolfSSL library. While WolfSSL outperforms OpenSSL, it uses the same algorithms, which are 5-7 years of old. Tempesta TLS uses newer and more efficient algorithms from the modern cryptography research.
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* Side channel attacks (SCA) and methods to prevent them
* How the recent CPU vulnerabilities impact TLS handshakes
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Reed Solomon Matlab Simulink Projects Research Assistance
- 1. R E E D S O L O M O N M A T L A B S I M U L I N K P R O J E C T S www.matlabsimulation.com/reed-solomon-matlab-simulink-projects/
- 2. Topmost Techniques of Encoding & Decoding Here are the list which developed under reed solomon matlab simulink projects, Decoding by DFT and also Error Correction Simple Encoding Systematic Encoding Euclidean Decoder Peterson-Gorenstein- Zierler Decoder DFT and also IDFT
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