1 |
|
|
1-6 |
|
Review of Design and Fabrication of four wheel Steering system
Abstract
This review paper proposed the various methodology of the steering system in automobile industries. Most of the automobile industries prefer the Ackerman steering system. This review paper used to find out the research gab and implementation steps in a steering system. The steering system should have good vibration resistance, flexible rotation and ease of assembly. Four wheel steering system has developed through the study of previous work
2 |
|
|
7-9 |
|
Smart Pooling Service at Public Transport Areas
Abstract
Pooling is the upcoming solution to a majority of problems such as traffic congestion and crowd dispersion. Modifying this commodity to make it smart without the use of internet and people as middlemen is the main intention of our project.PAPTA makes use of Wireless LAN to connect people who have to travel to the same destination and through simple interfacing assigns vehicle numbers to each user. A Wi-Fi Router, Apache server and a database running on the server constitute PAPTA and enable smart-pooling hassle free.
3 |
|
|
10-14 |
|
Review on optimization parametrs in Abrasive Jet Machining process
Abstract
This review paper proposed the method of abrasive jet machining process for analyzing the materials and methods which is used in different conditions. Surface roughness and material removal rate fixed at the output parameters and the pressure rate, stand of distance and flow rate act as the input parameters .This process contain the mixture of high pressurized water, air and mixture of chemical substance to remove high rate of material without distortion and microstructure changes. Optimizing the input parameter for fine surface finish and better material removal rate is obtained metal removal rate individually optimized by various methodologies like Taguchi, response surface methodology, and artificial neural network.
4 |
|
|
15-22 |
|
CMOS Source/Drain Model Equation for Beginner’s Layout Design
Abstract
The MOS transistor has a source and a drain formed symmetrically on the left and right sides of the gate. And the source and drain are determined by the connection of the circuit in the layout step. That is, in the design of the digital circuit using the MOS transistor, the layout is a very important step to determine the electrical characteristics as the final step of the circuit design. In the layout of the MOS transistor circuit, since the source and the drain are symmetrical, the source or drain region of the two transistors is laid out so as to use one region in common for the purpose of reducing the entire chip area. At this time, the electric characteristics of the circuit change depending on which of the source or drain is commonly used. Since the output terminal of the MOS transistor is the drain junction, the capacitor component of the output terminal can be reduced when the drain terminal is commonly used. As a result, the charge/discharge time of the drain terminal can be reduced, and the operation speed of the circuit can be improved.
In this paper, we provide the number of source and drain junctions according to the number of inputs of the digital logic gate, and explain the number of drain junctions connected to the output terminal by a simple formula. The purpose of this formula is to allow the first-layout students studying the layout to easily approach the layout by providing the number of junctions of source and drain and the number of drain junctions connected to the output terminal according to the number of inputs.
5 |
|
|
23-29 |
|
Personality Traits Predictor
Abstract
Graphology is the study of reading a person’s handwriting, which can be used to infer the person’s personality traits. There are a myriad of online systems, which give such results but with very less accuracy due to the static nature of the systems. We are attempting to build a system that would overcome this problem and give a better accuracy in means of recognising the handwriting and predict the personality of the person. This system will be developed using the concept of image segmentation and template matching, i.e. matching the handwriting of a person to the samples in the existing database and predict the traits. Due to the limitations arising from the existing static systems, we are building our project to implement the dynamic aspects of it. The proposed outcome will thus give a more accurate analysis of the user’s handwriting to predict their overall personality and the lesser known facts about it.
