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Author

T. Muthumanickam

Bio: T. Muthumanickam is an academic researcher. The author has contributed to research in topics: Cantilever & Materials science. The author has an hindex of 2, co-authored 3 publications receiving 6 citations.

Papers
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Journal ArticleDOI
TL;DR: The implement of School Children Monitoring System via rf transmitter & receiver will help to overcome and reduce worried among parents in order to face this phenomenon to fir huge number of children with different contexts, traditions and financial possibilities.
Abstract: This project aims at illustrating the advantages of the tracking systems that are used and developing the designing of the tracking system devices of following up the children in order to face this phenomenon to fir huge number of children with different contexts, traditions and financial possibilities. The new method helps in following up the kidnapped child for long time as the used system is connected with the parents via sending messages to their mobile phones when the child changes the defined location as it defines the location more accurately. The implement of School Children Monitoring System via rf transmitter & receiver will help to overcome and reduce worried among parents. This project is combination the latest technology using ZIGBEE transmitter & receiver, SMS system. When the student enters the school bus, they must pass the tag that given to the ZIGBEE receiver antenna, and the ZIGBEE receiver reader will read the student ID. Then, information about the student such as time in and time out from school will be recorded to system and the SMS system automatically sends to their parent’s mobile to inform that the children arrived at school safely. Keyword: Transmitter, Receiver SMS, ZIGBEE

3 citations

Proceedings ArticleDOI
24 Nov 2022
TL;DR: In this article , the authors used an Artificial Intelligence (AI) based reasoning engine to scan medical data, which is possible to compile user-generated keywords and instantly suggest relevant content to users.
Abstract: Medical engineering research has recently advanced significantly. The ability to accurately record a significant amount of medical data has increased because to advancements in measuring device technology, which has caused medical data to rise rapidly. A significant amount of data has been encountered and it is crucial to use this enormous amount of data sensibly. By using an Artificial Intelligence (AI) based reasoning engine to scan medical data, it is possible to compile user-generated keywords and instantly suggest relevant content to users. The decision tree algorithm is emphasized as one of the main technologies to implement data mining in this research, and it also explores how data mining technology is used in clinical medical diagnosis mining and analysis.

2 citations

Proceedings ArticleDOI
29 Mar 2022
TL;DR: The performance of the bottleneck layer on the ANN and DNN algorithm is verified in the proposed work with an openly available CIDDS-001 dataset dataset, which contains server traffic data on OpenStack and external severs.
Abstract: Cyber-attack is an attempt made from an individual or cybercriminals to hack a particular computer or network through internet. This leads to loss of information stored in the connected system and in certain cases it leads to denial of service. The traditional methods on addressing cyber-attacks are not efficient to the complex and high sophisticated attacks. Hence the deep learning based techniques are generated in recent years for estimating the attacks presence in a communication network. However, the deep learning networks are complex in nature as they are handled with a huge range of features during its operation. Therefore a bottleneck layer was developed to reduce the parameters count and feature formulations from a given data. The residual blocks are deeper than the traditional network architectures and it is achieved by enabling a 1x1 convolution block in the design flow. The performance of the bottleneck layer on the ANN and DNN algorithm is verified in the proposed work with an openly available CIDDS-001 dataset dataset. The CIDDS dataset is one of the recent dataset consists of server traffic data on OpenStack and external severs.

2 citations

01 Jan 2012
TL;DR: This paper investigates the possibility of simulating VHDL models in PSpice A/D and also coming future implemented solar cell on various sectors in the trainer kit to help engineers verify a complete mixed signal design at the board level.
Abstract: PSpice CMOS & Logic Gates package that is used to analyze and predict the performance of analog and mixed signal circuits. It is very popular especially among Printed Circuit Board (PCB) engineers to verify board level designs. However, PSpice A/D currently lacks the ability to simulate analog components connected to digital circuits that are modeled using Hardware Descriptive Languages (HDLs), such as VHDL and Verilog HDL. Simulation of HDL models in PSpice A/D is necessary to verify mixed signal PCBs where programmable logic devices like Field Programmable Gate Arrays (FPGAs) and Complex Programmable Logic Devices (CPLDs) are connected to discrete analog components. More than 60% of the PCBs that are designed today contain at least one FPGA or CPLD. This paper investigates the possibility of simulating VHDL models in PSpice A/D and also coming future implemented solar cell on various sectors in the trainer kit . A new design methodology and the necessary tools to achieve this goal are presented. The new design methodology will help engineers verify a complete mixed signal design at the board level. This reduces design failures and hence increases reliability. It also reduces the overall time to market. A mixed signal design of softwares,Combinational circuits, analog circuits and Electronic Components are used in the DC motor where efficiency economy and performance are essential .this flexible ,inexpensive circuit eliminates costly PWM devices and complex floating upper rail drives, while delivering efficient motor control and Protection. The application is implemented by following the proposed design methodology. Keyword: A/D, CMOS, CPLD,D/A, FPGA, SCHEMATIC ,PSPICE ,VHDL

2 citations

Proceedings ArticleDOI
09 May 2022
TL;DR: In this article , an array of micro cantilever is designed and analyzed with the help of Micro-Electro-Mechanical -Systems (MEMS) technology, and several geometrical shapes built and analyzed for improved sensitivity in the form of maximum displacement.
Abstract: Presently engineering science plays a critical part in the environmental monitoring and healthcare. Through this research effort an array of micro cantilever is designed and analyzed with the help of Micro-Electro-Mechanical -Systems (MEMS) technology. Aim of this study is device should be easy to design, consume less energy, be simple to model, and be cost-effective and efficient. As a result, micro cantilevers are the perfect platform to explore for such issues because they can be employed as a very sensitive element in a variety of applications and different environment. Instead of a micro cantilever, a micro cantilever array has been modeled to improve the sensitivity. Because the device's output should be high, several types of studies have been carried out, including the use of nine unlike materials and accordingly the improvement in the sensitivity, as a conclusion SiO2 is the best choices for maximum displacement. Aside from that, several geometrical shapes built and analyzed for improved sensitivity in the form of maximum displacement. During the analysis process, a few facts emerged, such as how to make micro cantilever arrays simple and cost-effective. Instead of utilising three micro cantilevers as arrays, two micro cantilevers with the same efficiency can be utilized by adjusting the forces on the arrays' surfaces. Improved sensitivity and utmost displacement can be achieved by reducing effective areas across fixed end utilizing different geometrical variations. This inquiry report could be relevant in the development of a micro cantilever biosensor for the detection of various diseases.

2 citations


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01 Jan 2016
TL;DR: In this article, the future of identity in the information society challenges and opportunities are discussed and a good book with a cup of tea in the afternoon is recommended to read instead of a malicious virus inside their laptop.
Abstract: Thank you for reading the future of identity in the information society challenges and opportunities. As you may know, people have search numerous times for their chosen books like this the future of identity in the information society challenges and opportunities, but end up in malicious downloads. Rather than reading a good book with a cup of tea in the afternoon, instead they juggled with some malicious virus inside their laptop.

9 citations

Proceedings ArticleDOI
25 May 2022
TL;DR: The scope of this project is defined by determining the patient health factors that influence the patient prior to having therapy and by providing a safe route for HBOT through a system that monitors the parameters to ensure that the treatment is appropriate for the patient's condition.
Abstract: A portable hyperbaric chamber may be designed for emergency therapy that can be administered to the patient immediately after the accident or incident, hence boosting the patient's chances of survival. Because the objective is to create an emergency device, the large oxygen cylinder used to give full oxygen to the patient within the chamber is omitted, hence preserving the hyperbaric environment inside. The scope of this project is defined by determining the patient health factors that influence the patient prior to having therapy and by providing a safe route for HBOT through a system that monitors the parameters to ensure that the treatment is appropriate for the patient's condition. The patient's ECG, heart rate, breathing rate, and temperature are recorded, and the patient's history is saved on a patient card that is read by a card reader.

1 citations

29 Mar 2020
TL;DR: RFID Tag is inserted together with children’s ID card then, RFID reader is placed in schools when a children enters or leaves a school and message is distributed to parents phone and with this message parents know the status of their children.
Abstract: Parents are attentive to their children’s education and supply exemplary one. Nowadays there's increase in number of kidnapping cases and road accidents. Parents always worry about their children as losing a beloved child isn't any doubt the worst thing for each parent. In existing system, Bio-Metric method are implemented in school bus. RFID is employed to handle the children entry and implemented in school. RFID Tag is inserted together with children’s ID card then, RFID reader is placed in schools when a children entry’s or leave’s a school and message is distributed to parents phone. With this message parents know the status of their children. to make sure safety we are using method of student tracking.

1 citations

Proceedings ArticleDOI
01 Aug 2018
TL;DR: The GPS module was integrated with a belt buckle of the primary student in Indonesia and allows an early warning system to the parents or caretaker, once the child is over the designated monitoring area.
Abstract: The cases of children abduction are the concerns of various countries in the world, because it may lead to human trafficking crime. One of the most common ways of preventing such cases from happening is to use Global Positioning System (GPS), at which it can be used to monitor the children location. Integrating the GPS module with the children wearable devices allows transmission of an early warning signal to the parents/caretakers on their whereabouts. Design guidelines for wearability provide useful steps for designing the wearable device. Along with the guidelines (focused on device placement, human perception of space, device attachment and the aesthetic factor), some aspects of human factors are also included as considerations such as context-awareness. This study describes the implementation of such device and approach to prevent child abduction in Indonesia. The GPS module was integrated with a belt buckle of the primary student in Indonesia. The system allows an early warning system to the parents or caretaker, once the child is over the designated monitoring area. Keywords-Global Positioning System (GPS); wearable device; children; design; context-awareness

1 citations

Journal ArticleDOI
01 Jan 2021
TL;DR: The methods used in the detection of multidisclinary diseases were discussed in this paper, which included coconut, tomato, vegetables, and horticulture.
Abstract: Agriculture accounts for a significant portion of the Indian economy. According to reports, any crop grown by farmers is susceptible to one or more diseases, including bananas, tomatoes, and cauliflower. It is difficult to manually track plant health and detect disease in plants. As a result, image processing can be a valuable and time-saving method for plant disease detection. Color characteristics and edge details are used to classify diseases. The framework includes an infection percentage as well as precautionary steps. . Images taken with a smartphone camera are pre-processed, then segmented, features extracted, and diseases classified. On MATLAB image processing, algorithms to detect diseases will be developed. The methods used in the detection of multidisclinary diseases were discussed in this paper, which included coconut, tomato, vegetables, and horticulture. Building an effective recognition device in the field of computer vision is a difficult job. The recognition system's main goal is to reach a human-like degree of object recognition. Shape, colour, texture, and other characteristics of the vegetables can vary. For efficient performance, vegetables and fruits are recognised using a combination of features. There are several difficulties to resolve in order to identify the vegetable, for example, the vegetable may be the same colour and form, and vegetables may exhibit notable variation in colouring and surface depending on how they are ripe, e.g., tomatoes vary from green to yellow to read, Received : 2nd April 2021 Accepted : 15th April 2021 Published : 25th May 2021 Agriculture General Applications: A Study of Digital Imaging Processing 17 Emperor Journal of Economics and Social Science Research Emperor International Journal of Finance and Management Research which may result in false identification of the vegetable and a decrease in accuracy level.

1 citations