In this paper work, a three ring resonator SOI structure with two bus waveguides and three ring waveguides is implemented, which is made to operate in the near infrared region. The detection of the presence of cholesterol having a RI of 1.53 in blood at 1550nm wavelength has been analyzed. There has been a significant shift of the resonance peak by 100nm in the presence of cholesterol in human blood as an analyte which can be used as a detection mechanism for hazardous levels.

As the world is digitizing, requisite of memory rising exponentially. The time to deliver memory is the requirement of todays world. But to design and analyze the performance of a memory is a time-consuming process. The schematic design needs to be speed up. The Tiler code is a probable solution to optimize the design process. It uses SKILL script language of Cadence Virtuoso to design symbol and schematic of a G level of a memory. It reduces tremendous amount of time and goofy errors. This paper presents the tiling technique to design memorys G level schematic and symbol.

Everyday people lose their lives due to accidents and poor emergency facilities. If medical facilities are provided at the right time,these lives could have been saved. In this regard, an advanced accident alert and vehicle monitoring system based on Internet of things (IoT) is developed in this paper. Whenever a vehicle is met with an accident, instantaneously accelerometer sensors will notice the accident and sends it to the raspberry pi 3b. An alertmessage will be sent through IoT about the location to the guardians, police station or a rescue team,so that immediate action can be taken by tracking the location of accident through the Global Positioning System module soon after receiving the information.

The road network of India is over 52,31,922 kms. During 2015 , the total number of traffic accidents were 4,96,762 with 4,86,567 persons were injured and 1,77,423 were killed.In order to avoid such road accidents, the collision of pedestrian with the vehicle on the highway should be prevented. So an approach for automatic lane and pedestrian detection on highways to prevent road accidents using deep learning and computer vision techniques is proposed. The pedestrian detection is done using tensorflow and HOG detector. Lane detection ensures that the vehicles are within the lane constraints and avoids the collision with vehicles on the nearby lanes.

This proposed paper is on the recognition of stress applied on the foot on the daily basis by people. This type of stress is affected to the people who stand a lot and repeatedly performs the same work. The cause of this usually varicose veins and growth of calcaneum bone known as calcaneum spur. The objective of this project is analyses of foot stress applied to the hind foot by the people suffering from these disorders. This proposed paper is of monitoring of stress may help users to better understand the stress patterns and also supply the physiotherapist with valid data for arbitrament

Robustness in design is one of the major concerns in memory design, this will be checked with the help of various verification techniques used in the industry. Functional verification is used to check whether the design meets the specification. Evolution in verification has led to the development of formal verification tools nowadays. The symbolic simulators involve the formal verification technique along with the simulation approach. This makes debugging of circuit faults easier. ESP-CV is a symbolic simulator designed for functional verification and sequential equivalence checking of custom memory design. Symbolic simulation compares two design i.e. behavioral RTL verilog and transistor-level SPICE netlist by generating testbenches for different cycles. This article includes the basic flow of ESP-CV simulation and how this flow helps in improving robustness of SRAM design. This tool is used early in the design flow because of its ability to read RTL models and Spice netlists directly. This article also diagrams the key difficulties of memory check, and proceeds to depict how symbolic simulation and its basic advancements offer points of interest for confirming full-custom circuit design.

Flood is overflow of water which has devastating effect on society, environment and economy. It is important to study the scenarios of depth and the extent that water flows out of its boundary conditions. The present study focuses on finding the depth of water level. In this study, Gurupura River is selected to perform steady flow analysis. The hydraulic model HEC-RAS along with GIS tools is used to perform steady flow analysis. For the input of maximum discharge, from results it is observed that the area near the river basin is safe from flood effects.

The electronic controller devices in a current automobile are named as Electronic Control Units (ECU). The ECUs backing Controller Area Network (CAN) communication protocol. CAN stands for communication between vehicles ECUs since it is a dependable, robust and it has responsibility confinement quality. When the amount of on-board ECUs numbers is increased, and the diagnosis of a exact ECU becomes a complex in tasks. The analysis of an electronic devices and electrical circuits is to be done along with a standardized communication protocol, UDS (Unified Diagnostic Services). In/Out is tested by UDS service id and its applications is implemented, the data which the ECU we absorbed is from the sensors generic sensors example angle detection, ambient, temperature and such other sensor this data foe the easy observation for the tester, since UDS have other service ID we can implement other tester easy services also in this paper for some service id has been implemented this has been done using the tool CANoe and backend code implementation is done in CAPL scripting language and it is presented in this paper.