http://WWW.FINALYEARPROJECTS.NET
http://WWW.FINALYEARPROJECTS.NET

Checking delivery availability...

background-sm
Search
3

Updates found with 'ray tracing'

Page  1 1

Updates found with 'ray tracing'

VLSI PROJECTS ABSTRACT 2016-2017: A 520K (18 900, 17 010) ARRAY DISPERSION LDPC DECODER ARCHITECTURES FOR NAND-FLASH MEMORY ABSTRACT: Although Latin square is a well-known algorithm to construct low-density parity-check (LDPC) codes for satisfying long code length, high code-rate, good correcting capability, and low error floor, it has a drawback of large sub matrix that the hardware implementation will be suffered from large barrel shifter and worse routing congestion in fitting NAND flash applications. In this paper, a top-down design methodology, which not only goes through code construction and optimization, but also hardware implementation to meet all the critical requirements, is presented. A two-step array dispersion algorithm is proposed to construct long LDPC codes with a small sub matrix size. Then, the constructed LDPC code is optimized by masking matrix to obtain better bit-error rate (BER) performance and lower error floor. In addition, our LDPC codes have a diagonal-like structure in the parity-check matrix leading to a proposed hybrid storage architecture, which has the advantages of better area efficiency and large enough data bandwidth for high decoding throughput. To be adopted for NAND flash applications, an (18 900, 17 010) LDPC code with a code-rate of 0.9 and sub matrix size of 63 is constructed and the field-programmable gate array simulations show that the error floor is successfully suppressed down to BER of 10 −12. The proposed architecture of this paper analysis the logic size, area and power consumption using Xilinx 14.2.EXISTING SYSTEM: LDPC codes were first proposed by Gallager in 1962 and then rediscovered in the late 1990s. An LDPC code is defined by an m × n parity-check matrix H with m check nodes (CNs) and n variable nodes (VNs). The parameters column degree (dv) and row degree (dc) represent the number of CNs/VNs connected to each VN/CN. LDPC codes can be decoded using belief propagation (BP) algorithm, which iteratively exchanges the messages between the CNs and the VNs. The two most famous BP decoding algorithms are sum–product algorithm and min-sum algorithm (MSA). Chen and Fossorier presented a normalized MSA, which compensates the performance loss of MSA by multiplying a scaling factor in CN update. In these few years, many researchers and industrial companies are working on how to employ LDPC codes in flash memory applications. The research topics mainly focus on the code construction, hardware implementation, and the methods of getting soft information from flash memory. To be adopted for NAND flash application, the LDPC codes must satisfy the critical requirements, such as long code length, high code-rate, good correcting capability, and low error-floor.PROPOSED SYSTEM: We will introduce the hardware implementation of NMS-VSS LDPC decoder. The proposed (18 900, 17 010) LDPC code, constructed by the two-level code construction algorithm, has hardware-friendly features, such as small submatrix size and diagonal-like structure. Hybrid Storage Architecture for CNU Update ProcessThe parity-check matrix of our proposed LDPC code without masking is shown in Fig. 4. It consists of 30 × 300 submatrices with a submatrix size (z) of 63. There are six successive nonzero submatrices in each column block. Due to the second level array dispersion, the locations of nonzero submatrices are downward cyclic shift by one position between each column group. Based on the NMS-VSS decoding algorithm, the parity-check matrix is divided into 300 groups (G = 300). In other words, one group is equivalent to one column block. The proposed decoder has one VNU block and six CNU block processing units. At each cycle, the VNU and CNU blocks process the six successive nonzero submatrices in one column block. ADVANTAGES:• improve the BER performance DISADVANTAGES:• BER performance is lessSOFTWARE IMPLEMENTATION:• Modelsim• Xilinx ISE
Send Enquiry
Read More
VLSI PROJECTS ABSTRACT 2016-2017: A CELLULAR NETWORK ARCHITECTURE WITH POLYNOMIAL WEIGHT FUNCTIONS ABSTRACT: Emulations of cellular nonlinear networks on digital reconfigurable hardware are renowned for an efficient computation of massive data, exceeding the accuracy and flexibility of full-custom designs. In this contribution, a digital implementation with polynomial coupling weight functions is proposed for the first time, establishing novel fields of application, e.g., in the medical signal processing and in the solution of partial differential equations. We present an architecture that is capable of processing large-scale networks with a high degree of parallelism, implemented on state-of-the-art field-programmable gate arrays. The proposed architecture of this paper analysis the logic size, area and power consumption using Xilinx 14.2. EXISTING SYSTEM: The precision of analog implementations is usually not sufficient for numerically sophisticated applications. Moreover, the design of these application specific integrated circuits (ASICs) is generally fixed and parameters like network size or data precision cannot be adjusted. Thus, the emulation of CNNs on reconfigurable digital devices, especially on field-programmable gate arrays (FPGAs), becomes attractive for prototyping and applications where flexibility and/or higher precision is required. PROPOSED SYSTEM: A direct mapping of the cellular network structure to digital hardware is feasible and efficient, yet strongly limited by the available resources. For that reason, we designed the NERO architecture by mapping large-scale networks to medium- or small-scale processor arrays, yet retaining the local couplings of the CNN paradigm and minimizing the number and length of interconnections between the PEs. :ADVANTGES: • System efficiency is less DISADVANTAGES: • System efficiency is less SOFTWARE IMPLEMENTATION: • Modelsim • Xilinx ISE
Send Enquiry
Read More
IEEE 2016 -2017 Embedded System Projects TitlesS.No Project Title Code1. Coexistence of ZigBee-Based WBAN and Wi-Fi for Health Telemonitoring Systems Wireless2. A Novel Wireless Multifunctional Electronic Current Transformer based on ZigBee-based Communication Wireless3. Configurable ZigBee-based control system for people with multiple disabilities in smart homes Wireless4. ZigBee network system for observing operating activities of work vehicles Wireless5. Interference-Mitigated ZigBee-Based Advanced Metering Infrastructure Wireless6. A Mobile ZigBee Module in a Traffic Control System ` Wireless7. Energy Efficient Outdoor Light Monitoring and Control Architecture Using Embedded System Wireless8. Low-power wearable ECG monitoring system for multiple-patient remote monitoring Wireless9. Energy-Efficient Intelligent Street Lighting System Using Traffic-Adaptive Control Wireless10. Development of a distributed disaster data and human life sign probe system Wireless11. Design and implementation of a home automation system for smart grid applications Wireless12. Milk products monitoring system with arm processor for early detection of microbial activity ARM13. Micro grid demonstration gateway for players communication and load monitoring and management Wireless14. WiFACT -- Wireless Fingerprinting Automated Continuous Training Wireless15. Lightweight Mashup Middleware for Coal Mine Safety Monitoring and Control Automation Wireless16. A smart wearable system for sudden infant death syndrome monitoring General17. Exoskeleton robots for upper-limb rehabilitation Robotics18. Wearable Camera- and Accelerometer-Based Fall Detection on Portable Devices GSM & GPS19. Innovation in Underwater Robots: Biologically Inspired Swimming Snake Robots Robotics20. GPS based autonomous vehicle navigation and control system GSM & GPS21. Real-Time Driving Monitor System: Combined Cloud Database with GPS IoT22. AgriSys: A smart and ubiquitous controlled-environment agriculture system IoT23. Building Smart Cities Applications using IoT andCloud-based Architectures IoT24. An IoT-based system for collision detection on guardrails IoT25. A vision-based teleoperation method for a robotic arm with 4 degrees of freedom Robotics26. Gesture control of drone using a motion controller Robotics27. Development of the Mobile Robot with a Robot Arm Robotics28. Milk products monitoring system with arm processor for early detection of microbial activity ARM29. Controller Area Network Assisted Grid Synchronization of a Microgrid With Renewable Energy Sources and Storage Electrical30. A Real-Time Embedded System for Monitoring of Cargo Vehicles, Using Controller Area Network (CAN) CAN31. Wireless biosensing network for drivers' health monitoring Biomedical32. Android4Auto: A proposal for integration of Android in vehicle infotainment systems Android33. A pulse measurement and data management system based on Arduino platform and Android device Android34. Remote control and instrumentation of Android devices Android35. “AUTOBOOK” The Messaging Machines (Using GSM and Arduino) Arduino36. Tracking and Theft Prevention System for Two Wheeler Using GSM and GPS GSM & GPS37. Bank Locker Security System Using RFID and GSM Technology GSM38. Design of Entrapment Escalation using GSM for Elevators GSM39. Distribution Line Fault Detection & GSM Module Based Fault Signaling System Electrical40. GSM & PIR Based Advanced Antitheft Security System Security 41. LPG Gas Weight and Leakage Detection System Using GSM GSM42. Android Based Women Tracking System Using GPS and GSM GSM & GPS43. Trespass Prevention System Using IOT IoT44. Automatic Vehicle Accident Detection and Rescue System GSM & GPS45. Design and Implementation of Integrated Mobile Operated Remote Vehicle IoT46. A Wearable Device for Continuous Detection and Screening of Epilepsy during Daily Life IoT47. Review of Automatic Detection and control of Disease for Grape Field Gen48. Environmental Condition Monitoring System for the Industries Gen49. Security Management Access Control System Gen50. Design and Development of Embedded based System for Monitoring Industrial and Environmental Parameters for Analyzing the Health of Human beings Gen51. Visual Surveillance Using Absolute Difference Motion Detection System Raspberry pi52. Automatic Irrigation System Using Internet of Things IoT53. Design of Embedded Irrigation System by Using WSN Wireless54. Vehicle Accident Prevention Using Assistant Braking System Gen55. Smart Transport Database Management System Gen56. Accident Alert Using ZIGBEE and GPS Wireless57. Controlling the Home Appliances Remotely Through Web Application Using ZIGBEE Wireless58. An optimized solar traffic control and alert system using wireless sensor networks Wireless59. Biometric Recognition Technique for ATM System Security60. Light Weight Access Control System for Constrained IOT Devices IoT61. Design of Prototype Model for Home Automation Using Wireless Sensor Networks Wireless62. Automated Sensor Network For Monitoring and Detection of Impurity In Drinking Water System General63. Automated Smart Trolley with Smart Billing Using Arduino Gene64. Embedded Automatic Vehicle Control System Using Voice Recognition On ARM 7 Processor ARM65. Embedded Voice Controlled Computer For Visually Impaired and Physically Disabled People Using Arm Processor ARM66. Implementation of Embedded Web Server Using TCP/IP Protocol with Raspberry PI Raspberry PI67. Designing of Cleaning Robot Robot68. An Analysis of Network-Based Control System Using Controller Area Network (CAN) Protocol CAN69. Identify the Deterioration in Pipe by Using Wheel Operated Robot Robot70. RFID -G Based Navigation System For Visually Impaired To Work at Industry Gen71. New Generation ATM Terminal Services NFC72. A Wireless Sensor Interface for the Quantification of Tremor Using Off the Shelf Components Wireless73. Design and Implementation of Low-Cost SMS Based Monitoring System of Distribution Transformers GSM74. An Integrated Cloud-Based Smart Home Management System with Community Hierarchy Automation75. Home Outlet and LED Array Lamp Controlled by a Smartphone with a Hand Gesture Recognition Gesture76. Low-power wearable ECG monitoring system for multiple-patient remote monitoring Bio-medical77. Smart Real-Time Healthcare Monitoring and Tracking System using GSM/GPS Technologies Bio-medical78. The Design of Building Fire Monitoring System Based on ZigBee-WiFi Networks Wireless
Send Enquiry
Read More
IEEE 2016 - 2017 Matlab Image Processing TitlesS.No Project Titles 1. Data-driven Soft Decoding of Compressed Images in Dual Transform-Pixel Domain 2. Double-Tip Arte fact Removal from Atomic Force Microscopy Images 3. Quaternion Collaborative and Sparse Representation With Application to Color Face Recognition 4. Multi-Level Canonical Correlation Analysis for Standard-Dose PET Image Estimation 5. Weakly Supervised Fine-Grained Categorization with Part-Based Image Representation 6. Robust Visual Tracking via Convolutional Networks without Training 7. Context-based prediction filtering of impulse noise images 8. Predicting the Forest Fire Using Image Processing 9. A Review Paper on detection of Glaucoma using Retinal Fundus Images 10. Performance Analysis of Filters on Complex Images for Text Extraction through Binarization 11. Automated Malaria Detection from Blood Samples Using Image Processing 12. Learning Invariant Color Features for Person Re-Identification 13. A Diffusion and Clustering-based Approach for Finding Coherent Motions and Understanding Crowd Scenes 14. Automatic Design of Color Filter Arrays in The Frequency Domain 15. Learning Iteration-wise Generalized Shrinkage-Thresholding Operators for Blind Deconvolution 16. Image Segmentation Using Parametric Contours With Free Endpoints 17. CASAIR: Content and Shape-Aware Image Retargeting and Its Applications 18. Texture classification using Dense Micro-block Difference 19. Statistical performance analysis of a fast super-resolution technique using noisy translations 20. Trees Leaves Extraction In Natural Images Based On Image segmentation and generating Its plant details
Send Enquiry
Read More
VLSI PROJECTS ABSTRACT 2016-2017 A HIGH-SPEED FPGA IMPLEMENTATION OF AN RSD-BASED ECC PROCESSOR ABSTRACT: In this paper, an exportable application-specific instruction-set elliptic curve cryptography processor based on redundant signed digit representation is proposed. The processor employs extensive pipelining techniques for Karatsuba–Ofman method to achieve high throughput multiplication. Furthermore, an efficient modular adder without comparison and a high throughput modular divider, which results in a short datapath for maximized frequency, are implemented. The proposed architecture of this paper analysis the logic size, area and power consumption using Xilinx 14.2.EXISTING SYSTEM: In prime field ECC processors, carry free arithmetic is necessary to avoid lengthy datapaths caused by carry propagation. Redundant schemes, such as carry save arithmetic (CSA), redundant signed digits (RSDs) , or residue number systems (RNSs) , have been utilized in various designs. Carry logic or embedded digital signal processing (DSP) blocks within fieldprogrammable gate arrays (FPGAs) are also utilized in some designs to address the carry propagation problem. It is necessary to build an efficient addition data path since it is a fundamental operation employed in other modular arithmetic operations. Modular multiplication is an essential operation in ECC. PROPOSED SYSTEM: The proposed P256 ECC processor consists of an AU of 256 RSD digit wide, a finite-state machine (FSM), memory, and two data buses. The processor can be configured in the pre-synthesis phase to support the P192 or P224 NIST recommended prime curves [36]. Fig. 1 shows the overall processor architecture. Two sub control units are attached to the main control unit as add-on blocks. These two sub control units work as FSMs for point addition and point doubling, respectively. Different coordinate systems are easily supported by adding corresponding sub control blocks that operate according to the formulas of the coordinate system. ADVANTAGES:• short data paths • increased maximum frequency SOFTWARE IMPLEMENTATION:• Modelsim• Xilinx ISE
Send Enquiry
Read More
VLSI PROJECTS ABSTRACT 2016-2017 A NEW PARALLEL VLSI ARCHITECTURE FOR REAL-TIME ELECTRICAL CAPACITANCE TOMOGRAPHY ABSTRACT: This paper presents a fixed-point reconfigurable parallel VLSI hardware architecture for real-time Electrical Capacitance Tomography (ECT). Another FPGA module performs the inverse steps of the tomography algorithm. A dual port built-in memory banks store the sensitivity matrix, the actual value of the capacitances, and the actual image. A two dimensional (2D) core multiprocessing elements (PE) engine intercommunicates with these memory banks via parallel buses. We are focus only on the FPGA module because the design is decide the power consumption and cost. The proposed architecture of this paper analysis the logic size, area and power consumption using Xilinx 14.2.EXISTING SYSTEM: Electrical Capacitance Tomography (ECT) is an effective technique to measure a process non-intrusively by reconstructing the 2D or 3D dielectric distribution of its different constituencies. This makes ECT a good candidate for several industrial applications such as two-phase flow monitoring, quality control in manufacturing industry, and corrosion detection. In the last few years, several ECT systems have already been suggested. PROPOSED SYSTEM: This constitutes the core engine of our ECT system since it performs the image reconstruction task for color images (i.e. RGB format images). Figure 4 shows the derailed VLSI architecture. It is modular and divided into four main modules, 1. A parallel processing module2. A data variable input/output memories modules3. A sequencer and memory controller modules4. Post processing modulesWe are only focus on processing unit for this proposed system with RGB format image processing. The parallel processing module is parallel like architecture which is composed of several similar adder/multiplier processing units. Each of these units is scalable and consists of three pipelined stages: Decomposition stages, Basic unit operation stages, Composition stages. Figure shows these stages at both matrix and bit-levels.SOFTWARE IMPLEMENTATION:• Modelsim• Xilinx ISE ADVANTAGES:• Increase the performanceDISADVANTAGES• It’s only for gray scale based process• Performance is less
Send Enquiry
Read More
Page 1 1