2321-0850
2.47 [According Google C. Report] | SJIF : 5.263 | PIF : 4.128
| Sr. No. | Title and Author Name | Page No. | Download |
|---|---|---|---|
| 1 | Title : Smart street lamp Unit (SslU) with Embedded System Authors : J Ferin Joseph , David Anthony Durand, V Gowtham Click Here For Abstract Abstract :The Smart street light System (SslU) is an advance lighting system. This system conserves energy by reducing light intensity and detects the damaged lights in a street. It uses sensors such as LDR and Ultrasonic. The LDR is used to sense the presents of light in morning to switch off the street lights automatically and the Ultrasonic sensor is used to sense object on the street to increase the intensity of the light. A relay is used to supply the different voltage to the street lights (half intensity and full intensity). Arduino microcontroller is used to control the sensors and the network of lights to work by the program loaded on the microprocessor. The main control center is notified if any damage or malfunction is detected using a GSM module. The process of error detection in this large hard-wired system is done using main control boxes or by using any wireless communicator for defined number of streets, the output commands to GSM module to the main control center. |
1-4 | |
| 2 | Title : A Design Approach of Multipliers in FIR Filter using VHDL Authors : Nitin Vashistha , Sunil sharma Click Here For Abstract Abstract :A multiplier is one of the key equipment obstructs in most digital and high frameworks, for example, FIR filter, digital signal processors and microprocessors and so forth. This venture introduces a proficient execution of rapid multiplier utilizing the shift and add technique, Radix_2, Radix_4 modified Booth multiplier algorithm. In this task we look at the working of the three multipliers by actualizing each of them independently in FIR filter. The parallel multipliers like radix 2 and radix 4 modified booth multiplier does the calculations utilizing lesser adders and lesser iterative advances. Because of which they involve lesser space when contrasted with the serial multiplier. This is an imperative basis in light of the fact that in the manufacture of chips and elite framework requires segments which are as little as could reasonably be expected. In our undertaking when we look at the power utilization of the considerable number of multipliers we locate that serial multipliers devour more power. So where control is a critical paradigm there we ought to incline toward parallel multipliers like booth multipliers to serial multipliers. The low power utilization nature of corner multiplier settles on it a favored decision in planning distinctive circuits In this venture we initially composed three distinctive sort of multipliers utilizing shift and add technique, radix 2 and radix 4 modified booth multiplier algorithm. We utilized diverse sort of adders like sixteen bit full adder in outlining that multiplier. At that point we planned a 4 tap delay FIR filter and set up of the augmentation and increases we executed the segments of various multipliers and adders. At that point we looked at the working of various multipliers by contrasting the power utilization by each of them. The consequence of our undertaking causes us to pick a superior choice amongst serial and parallel multiplier in manufacturing diverse frameworks. Multipliers shape a standout amongst the most essential parts of numerous frameworks. So by examining the working of various multipliers outlines a superior framework with less power utilization and lesser zone. The consequence of our undertaking encourages us to settle on a legitimate decision of various multipliers in creating in various number juggling units and settling on a decision among various adders in various advanced applications as per prerequisitesKeyword :- Finite Impulse Response, radix_2 and radix_4 Booth multiplier, Shift and add multiplier |
5-7 | |
| 3 | Title : Liver Ultrasound Image Enhancement Using 3-Level Discrete Wavelet Transforms Technique: A Survey Authors : Rashmi Shukla , Mr. Praveen Kumar Tripathi Click Here For Abstract Abstract :Medical image processing is back for the prognosis concerning diseases by using the physicians or radiologists. Noise is introduced in conformity with the scientific pictures fit to a variety of elements into clinical imaging |
8-12 | |
| 4 | Title : Liver Ultrasound Image Enhancement Using 3-Level Discrete Wavelet Transforms Technique Authors : Rashmi Shukla , Mr. Praveen Kumar Tripathi Click Here For Abstract Abstract :Medical picture processing is again because the prognosis regarding ailments by means of the use of the medical doctors or radiologists. Noise is delivered into pursuance together with the scientific pics in shape in accordance with a variety over factors within clinical imaging. Noise corrupts the medical images after the exorcism regarding the images degrades. This degradation consists regarding depth upstairs edges, structural details, blurring boundaries etc. To diagnosticate mettle ailments edge and essential points quotation are useless significant. |
13-18 | |
| 5 | Title : Advanced Image Watermarking for Image Authentication and Hiding Secret Data using LWT and SVD Technique: A Survey Authors : Gurneet Kaur Bhatia , Dr. Akash Awasthi Click Here For Abstract Abstract :The protection and illegal redistribution on digital media has turned out to be a necessary difficulty within the digital era. This is due according to the reputation and accessibility concerning the Internet now days by people. These effects among recording, modifying then transcript of multimedia contents. |
19-23 | |
| 6 | Title : Advanced Image Watermarking for Image Authentication and Hiding Secret Data using LWT and SVD Technique Authors : Gurneet Kaur Bhatia , Dr. Akash Awasthi Click Here For Abstract Abstract :The protection and illegal redistribution of digital media has become an important issue in the digital era. This is due to the popularity and accessibility of the Internet now a day by people. This results in recording, editing and replication of multimedia contents. Digital watermarking can be used to preserve digital info in opposition to unauthorized modification and circulation. Digital watermarking technique is the process of embedding noise-tolerant signal such as audio or image data in the carrier signal. This technique provides a robust solution to the problem of intellectual property rights for online contents. This paper reviews different aspects and techniques of digital watermarking for protecting digital contents. |
24-30 |
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