A novel vlsi dht algorithm for a highly
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The document proposes a novel VLSI DHT algorithm that is well suited for highly parallel and modular architecture. It can efficiently split the DHT algorithm into several parallel parts that can be executed concurrently, reducing hardware complexity. The algorithm extensively uses subexpression sharing techniques and sharing of common multipliers, which helps achieve high parallelism and reusability of hardware. The outcomes expected are a low complexity VLSI implementation of the length-N DHT with a modular structure, reduced hardware needs through subexpression sharing, and efficient sharing of multipliers.
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Emotion recognition from facial expression using fuzzy logicFinalyear Projects NO: 6, 11th MAIN,2ND FLOOR, JAYA NAGAR 4TH BLOCK, BANGLORE-11
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Energy efficient reverse skyline query processing over wireless sensor networks
Energy efficient reverse skyline query processing over wireless sensor networksFinalyear Projects This document discusses energy efficient processing of reverse skyline queries in wireless sensor networks. It proposes using a full skyband approach to minimize communication costs among sensor nodes when evaluating range reverse skyline queries. It also discusses optimization mechanisms for improving the performance of multiple reverse skyline queries, including vertical and horizontal optimizations. Extensive experiments on real and synthetic data demonstrate the efficiency and effectiveness of the proposed approaches.
Single sign on assistant an authentication brokers
Single sign on assistant an authentication brokersFinalyear Projects The document proposes a single sign-on assistant called SSOA that allows a user to log in once and access multiple web applications without additional logins. SSOA acts as an authentication broker installed as a client plugin. It extracts login information and sends it to an authentication server for validation via web services. Once validated, SSOA caches the credentials to streamline access to registered systems. The system aims to provide uniform authentication across heterogeneous applications simply, scalably and cost-effectively.
REAL TIME PROJECTS IEEE BASED PROJECTS EMBEDDED SYSTEMS PAPER PUBLICATIONS M...
REAL TIME PROJECTS IEEE BASED PROJECTS EMBEDDED SYSTEMS PAPER PUBLICATIONS M...Finalyear Projects REAL TIME PROJECTS
IEEE BASED PROJECTS
EMBEDDED SYSTEMS
PAPER PUBLICATIONS
MATLAB PROJECTS
targetjsolutions@gmail.com
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Scalable scheduling of updates in streaming data warehouses
Scalable scheduling of updates in streaming data warehousesFinalyear Projects This document discusses scheduling updates in streaming data warehouses. It proposes a scheduling framework to handle complications from streaming data, including view hierarchies, data consistency, inability to preempt updates, and transient overload. Key aspects of the proposed system include defining a scheduling metric based on data staleness rather than job properties, and developing two modes (push and pull) for auditing logs to provide data accountability. The goal is to propagate new data across relevant tables and views as quickly as possible to allow real-time decision making.
IEEE Projects 2014-2015
IEEE Projects 2014-2015Finalyear Projects REAL TIME PROJECTS
IEEE BASED PROJECTS
EMBEDDED SYSTEMS
PAPER PUBLICATIONS
MATLAB PROJECTS
targetjsolutions@gmail.com
(0)9611582234, (0)9945657526
Detection and localization of multiple spoofing attacks in
Detection and localization of multiple spoofing attacks inFinalyear Projects REAL TIME PROJECTS
IEEE BASED PROJECTS
EMBEDDED SYSTEMS
PAPER PUBLICATIONS
MATLAB PROJECTS
targetjsolutions@gmail.com
(0)9611582234, (0)9945657526
A novel vlsi dht algorithm for a highly
A novel vlsi dht algorithm for a highlyFinalyear Projects The document proposes a novel VLSI DHT algorithm that is well suited for highly parallel and modular hardware architectures. It splits the DHT algorithm into multiple parallel parts that can be executed concurrently to improve efficiency. The algorithm also utilizes subexpression sharing techniques to significantly reduce hardware complexity and allows for efficient sharing of multipliers. The goal is to design and implement a highly parallel VLSI DHT algorithm having low hardware complexity and a modular structure through extensive use of subexpression sharing and sharing of common multipliers.
Fpga implementation of truncated multiplier for array multiplication
Fpga implementation of truncated multiplier for array multiplicationFinalyear Projects The document discusses designing a truncated multiplier for array multiplication on an FPGA. It proposes two improvements: 1) accumulating partial product bits in a carry-save format to reduce area and improve speed compared to other truncated array multipliers, and 2) a new pseudo-carry compensated truncation scheme with an adaptive compensation circuit and fixed bias to minimize truncation error for unsigned integer multiplication. The proposed truncated multiplier is expected to consume less power and area while improving truncation error efficiency compared to existing designs.
Keyword query routing
Keyword query routingFinalyear Projects The document proposes a novel method for routing keyword queries to only relevant data sources to reduce the high cost of processing queries over all sources. It employs a compact keyword-element relationship summary to represent relationships between keywords and data elements. A multilevel scoring mechanism is used to compute the relevance of routing plans based on scores at different levels. Experiments on 150 publicly available sources showed the method can compute valid, highly relevant plans in 1 second on average and routing improves keyword search performance without compromising result quality.
Towards energy efficient big data gathering
Towards energy efficient big data gatheringFinalyear Projects This document discusses energy efficient big data gathering in densely distributed sensor networks. It proposes a new mobile sink routing and data gathering method using network clustering based on a modified Expectation-Maximization technique. This aims to minimize energy consumption by deriving an optimal number of clusters to reduce energy used for data requests and wireless transmissions between sensor nodes. Numerical results are presented to validate that the proposed method can efficiently gather big data from sensor networks in an energy efficient manner.
Java ieee projects titles 2014 2015
Java ieee projects titles 2014 2015Finalyear Projects Final Year Projects in Bangalore
Java Ieee Projects Titles 2014-2015
Contaus us : 9611582234,9945657526
System proposal and crs model design applying
System proposal and crs model design applyingFinalyear Projects 1) The document proposes a system to clean and structure unstructured medical data from electronic health records into a standardized format called a Care Record Summary (CRS) to enable efficient analysis of big healthcare data.
2) The system implements medical, medication, test, and allergy information from electronic health records using international CDA standards up to the entry level within a CRS to ensure interoperability.
3) A CRS model suitable for Korea's healthcare system is designed to facilitate sharing and analysis of clinical data between hospitals for improved care.
Discovering emerging topics in social streams via link anomaly detection
Discovering emerging topics in social streams via link anomaly detectionFinalyear Projects This document proposes a method to detect emerging topics in social media streams by analyzing anomalies in how users mention and link to each other, rather than analyzing textual content. It presents a probability model to capture normal user mentioning behavior and detect anomalies. Anomaly scores from many users are aggregated and analyzed with change point detection to identify when new topics emerge. The method is tested on real Twitter data and shown to detect emerging topics as early or earlier than text-based methods, especially when textual keywords are ambiguous.
Navigation by the soles of your feet
Navigation by the soles of your feetFinalyear Projects We invites students from the stream of BCA/MCA/BE to carry out their academic project work at our facility under the guidance of industry experts. The students will be working as project trainees. We offer them the necessary guidance & tools to help them to complete their academic projects in the most professional way. Most of our efforts are aimed towards showcasing new technologies
Android Mobile - Home Automation 
Android Mobile - Home Automation Finalyear Projects The document discusses developing an Android application for home automation. The application would allow users to control devices in their home remotely from their Android device by sending SMS messages. A PC connected to a microcontroller and home devices would receive the SMS messages and trigger the appropriate devices. The application would also provide status updates on device states. It requires an Android device, Java software, and hardware components like a microcontroller to interface with home appliances.
Home automation
Home automationFinalyear Projects This document discusses developing an Android application for home automation. The application would allow users to control home devices like lights and appliances remotely from their mobile device by sending SMS messages. A PC at home would be connected to a microcontroller and devices, and use a program to interpret SMS messages and control the devices accordingly. The application would also provide status updates on device states.
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- 1. A Novel VLSI DHT Algorithm for a Highly Modular and Parallel Architecture NO: 6, 11th Main, Jaya nagar 4th Block, Bangalore-560011 9611582234, 9945657526 Abstract The DHT algorithm can be efficiently split on several parallel parts that can be executed concurrently. Moreover, the proposed algorithm is well suited for the subexpression sharing technique that can be used to significantly reduce the hardware complexity of the highly parallel VLSI implementation and also share multipliers efficiently. Introduction The Discrete Fourier transform (DFT) is used in many digital signal processing applications as in signal and image compression techniques, filter banks, signal representation, or harmonic analysis. The discrete Hartley transform (DHT) can be used to efficiently replace the DFT when the input sequence is real Since DHT is computationally intensive, it is necessary to derive dedicated hardware implementations using the VLSI technology Objective VLSI DHT algorithm that is well suited for a VLSI implementation on a highly parallel and modular architecture is proposed. Achieving high modular helps in achieve parallelism. Share the hardware which improve the hard ware reusability Research Method
- 2. NO: 6, 11th Main, Jaya nagar 4th Block, Bangalore-560011 9611582234, 9945657526 Possible outcome To design and implement highly parallel VLSI algorithm for the computation of a length-N = 2n DHT having a modular and regular structure has been presented. Deign should be a low hardware complexity by extensively using a subexpression sharing technique and the sharing of multipliers having the same constant. Efficient sharing of multipliers (reduces in numbers multipliers needed)