Wavelet Based on the Finding of Hard and Soft Faults in Analog and Digital Si...ijcisjournal
In this paper methods for testing both software and hardware faults are implemented in analog and digital
signal circuits are presented. They are based on the wavelet transform (WT). The limit which affected by
faults detect ability, for the reference circuits is set by statistical processing data obtained from a set of
faults free circuits .In wavelet analysis it has two algorithm one is based on a discrimination factor using
Euclidean distances and the other mahalanobis distances, are introduced both methods on wavelet energy
calculation. Simulation result from proposed test methods in the testing known analog and digital signal
circuit benchmark are given. The results shows that effectiveness of existing methods two test metrics
against three other test methods, namely a test method based on rms value of the measured signal, a test
method utilizing the harmonic magnitude component of the measured signal waveform
Reducing Area & Power Overhead In Design of Light Weight Sensor For Detection...IJERA Editor
The counterfeiting and recycling of integrated circuits (ICs) have become major issues in recent years, potentially impacting the security and reliability of electronic systems bound for military, financial, or other critical applications. With identical functionality and packaging, it would be extremely difficult to distinguish recycled ICs from unused ICs. In the existing Ring Oscillator (RO) based sensor with 90nm technology test chip shows the effective detection of recycled ICs. The impact of RO based sensor is that, it is difficult to identify recycled ICs used shorter than one month and it requires more power and area overhead. To provide a solution to the existing system, Clock Anti fuses (CAF) based sensor is implemented to enhance the effective recognition of recycled ICs even if the IC used for a very short period. MAF is implemented in FPGA to verify its effectiveness.
The development of supervisory system for electricity control in smgg, guntur...eSAT Journals
Abstract The main intention of the paper is to build a prototype model, for to supervise the electricity control and monitoring for the purpose of ease of operation, power saving, man power reduction. The paper may also aimed for to help society, how to build application oriented designs for the purpose of human need to simplify the lifes using open source hardware and software tools. The worlds knows the scarcity of power. So many techniques available to monitor and control. But how the paper is new? The reason is this, the paper is developed completely using open source hardware and software which follows laws of lumped matter approaches and fundamental physics rules. The SCADA software price in multiples of thousands in Indian rupees. The authors developed SCADA software using open source tools. The SCADA software interact with the hardware in real time. The authors proposed method of approach is much simpler and economical. The authors developed prototype model to apply in St.Marrys Group of Institutions, Guntur, Ap, India. The paper is developed in following manner, 1) Problem identification in organization, 2) Practical concept development and mathematical supplementary work 3) Flow chart of working mechanism and architectural development 4) Hardware & Software development according to Architecture.5) And finally results and discussion. The word SCADA in long form Supervisory Control and Data Acquisition. The paper combined so many fields of engineering and physical sciences by name Sensor technology , System On chip, Microcontrollers, Electromagnetism, software application development. The entire electrification routing in the organization is connected to SCADA Software in serial connection with centralized Personal Computer. The sensors are interfaced in server rooms which are monitoring room critical temperature. If temperature sensors feeds the data to SCADA, if the readings are out of range, the AC will ON by observer. In the same manner power control will be takes place. Keywords: SCADA, Open source, Hardware, Software, Mathematics, Electricity, Monitoring. Etc.
Wavelet Based on the Finding of Hard and Soft Faults in Analog and Digital Si...ijcisjournal
In this paper methods for testing both software and hardware faults are implemented in analog and digital
signal circuits are presented. They are based on the wavelet transform (WT). The limit which affected by
faults detect ability, for the reference circuits is set by statistical processing data obtained from a set of
faults free circuits .In wavelet analysis it has two algorithm one is based on a discrimination factor using
Euclidean distances and the other mahalanobis distances, are introduced both methods on wavelet energy
calculation. Simulation result from proposed test methods in the testing known analog and digital signal
circuit benchmark are given. The results shows that effectiveness of existing methods two test metrics
against three other test methods, namely a test method based on rms value of the measured signal, a test
method utilizing the harmonic magnitude component of the measured signal waveform
Reducing Area & Power Overhead In Design of Light Weight Sensor For Detection...IJERA Editor
The counterfeiting and recycling of integrated circuits (ICs) have become major issues in recent years, potentially impacting the security and reliability of electronic systems bound for military, financial, or other critical applications. With identical functionality and packaging, it would be extremely difficult to distinguish recycled ICs from unused ICs. In the existing Ring Oscillator (RO) based sensor with 90nm technology test chip shows the effective detection of recycled ICs. The impact of RO based sensor is that, it is difficult to identify recycled ICs used shorter than one month and it requires more power and area overhead. To provide a solution to the existing system, Clock Anti fuses (CAF) based sensor is implemented to enhance the effective recognition of recycled ICs even if the IC used for a very short period. MAF is implemented in FPGA to verify its effectiveness.
The development of supervisory system for electricity control in smgg, guntur...eSAT Journals
Abstract The main intention of the paper is to build a prototype model, for to supervise the electricity control and monitoring for the purpose of ease of operation, power saving, man power reduction. The paper may also aimed for to help society, how to build application oriented designs for the purpose of human need to simplify the lifes using open source hardware and software tools. The worlds knows the scarcity of power. So many techniques available to monitor and control. But how the paper is new? The reason is this, the paper is developed completely using open source hardware and software which follows laws of lumped matter approaches and fundamental physics rules. The SCADA software price in multiples of thousands in Indian rupees. The authors developed SCADA software using open source tools. The SCADA software interact with the hardware in real time. The authors proposed method of approach is much simpler and economical. The authors developed prototype model to apply in St.Marrys Group of Institutions, Guntur, Ap, India. The paper is developed in following manner, 1) Problem identification in organization, 2) Practical concept development and mathematical supplementary work 3) Flow chart of working mechanism and architectural development 4) Hardware & Software development according to Architecture.5) And finally results and discussion. The word SCADA in long form Supervisory Control and Data Acquisition. The paper combined so many fields of engineering and physical sciences by name Sensor technology , System On chip, Microcontrollers, Electromagnetism, software application development. The entire electrification routing in the organization is connected to SCADA Software in serial connection with centralized Personal Computer. The sensors are interfaced in server rooms which are monitoring room critical temperature. If temperature sensors feeds the data to SCADA, if the readings are out of range, the AC will ON by observer. In the same manner power control will be takes place. Keywords: SCADA, Open source, Hardware, Software, Mathematics, Electricity, Monitoring. Etc.
TSOKOH FRANK GBESIMI
ROV pilot/ /Deep offshore engineer/Electrical/Electronics Engineer/ Instrumentation and process control Engineer/
Address:Flat 8/4 G21 2QB
140 Charles street , Royston, Glasgow, Scotland , United Kingdom.
Phone: +447467438174, +2348064288259
E-Mail: tsokohfrank@yahoo.com, franktsokoh@yahoo.in, ogbamudu@gmail.com
Linkedln ID : ng.linkedin.com/pub/tsokoh-gbesimi/42/96a/b10/
SEX :Male
MARITAL STATUS :Married
STATE OF ORIGIN :Delta
LOCAL GOVERNMENT AREA : Warri South
NATIONALITY : Nigerian
RELIGION :Christianity
CAREER OBJECTIVES
To strive for excellence at all times, contributing the best of my ability as to improve organizational objectives and achieve managerial goals and target
To apply my skills in a challenging and dynamic environment that offers opportunities for career development and commensurate rewards for proven productive capabilities
EDUCATIONAL QUALIFICATIONS
M.sc Applied Instrumentation AND Control Engineering( Oil & Gas Option) (2014-2015)Glasgow Caledonian University, Glasgow Scotland , United kingdom
Grade : MERIT/Distinction
B.Eng (2nd Class Hons) Electrical/Electronics Engineering (2003 - 2009)UNIVERSITY OF PORT HARCOURT, RIVERS STATE, NIGERIA
Senior Secondary School Certificates (1993 - 1999)
CLASSICAL INT’L HIGH SCHOOL, WARRI, DELTA STATE, NIGERIA
West Africa School Certificate (WAEC)
ALDER’S TOWN PRI.SCHOOL , WARRI , DELTA STATE , NIGERIA (1987 - 1993)
TECHNICAL/PRACTICAL QUALIFICATION
[2015] ROV pilot/Technician ,Underwater centre Forte Williams, United kingdom
ROV Pilot Technician, 8 Scottish Quialification Authority Units, 8 SQA-Higher Levels
2015 – 2015
Qualifications Achieved
• SQA Electrical Fundamentals – Intermediate 2
• SQA Electronic Test Equipment and Measurement – Intermediate 2
• SQA Electrical Installation: An Introduction to Industrial Electronics – Intermediate 2
• SQA Fault Diagnosis on Basic Electronic Circuits – Higher National
• SQA Electrical Installations in Hazardous Environments and Special Locations – Higher National
• SQA Engineering Systems: Pneumatics & Hydraulics – Higher National
• SQA ROV Subsea Support Skills group award
• SQA ROV Piloting Skills (Seaeye Falcon ROV)
• SQA ROV Engineering Skills
[2015] Basic Offshore Safety Induction & Emergence Training with Norwegian Upgrade (EURO) OPITO- Petrofac Oilfield service , Aberdeen , UK
[2015]Minimum Industry Safety Training (MIST) and HUET OPITO - Petrofac Oilfield service , Aberdeen , UK
[2013] Technocrat Automation Institute (IAO Accredited)Chennai, India
[2014] HSE conference at Elk Grove Sacrament
1. 1 of 4
CURRICULUM VITAE
Rohith Kumar C
No. 7, 1st
“A” Cross,
V.R. Garden,
Near LIC Colony,
Yeshwanthpur, Email Id: c.rohithkumar@gmail.com
Bangalore-560022. Phone: +91 9449493727
Career Objective
To obtain a challenging position in a high quality Electrical, Electronics and Communication
Engineering environment where my resourceful experience and academic skills will add value to
organizational operations.
Area Of Expertise
Safety testing of Electrical and electronic equipments.
Power Electronics Devices, Circuits and Drives.
OrCAD, PSpice Simulation, PCB Design.
Advance Digital Signal Processing and DSP Application to Drives.
Design and simulation of Analog circuits.
Special electrical machines, Electrical Machines Design & Modeling.
Modeling and simulations of Power electronics systems.
Manual Testing.
Professional Experience
Organization: Electronics Test and Development Centre, STQC directorate,
Ministry of Communication and Information Technology,
Government of India, Bangalore.
Designation: Test Engineer.
Duration: Jan 2015 to till date
Having experience in testing of various electrical and electronics equipments as per national and
international standards where planning, implementation of test methods, analysis and troubleshooting
are involved.
Safety Testing
Carried out electrical safety testing of various electrical and electronic equipments under
Compulsory registration scheme(CRS), Non CRS and Surveillance tests of equipments under standards
mentioned below
2. 2 of 4
Information Technology Equipment as per IEC 60950-1:2005+A1:2009+A2: 2013 / IS 13252
(Part 1):2010+A1:2013+A2:2015.
Uninterruptible Power Supply as per IEC 62040-1:2008/ IS16242 (Part1):2014.
Audio, video and similar electronic apparatus as per IEC 60065:2005/ IS616:2010.
Safety test of Household and similar Electrical Appliances (Microwave Ovens, including
combination microwave ovens) as per IEC 60335-2-25/ IS302-2-25:2014.
Carried out On-site testing as per safety standard IEC 60204-1:2005 +A1:2008 of Electrical
equipment of machines.
Carried out PT/ILC.
Successfully demonstrated various test during NABL Audit 2016 at ETDC, Bangalore.
Successfully demonstrated various test during BIS Audit 2015 at ETDC, Bangalore.
Environmental Simulation Testing
Carried out environmental testing of various electrical and electronic products as per National and
International standards (IEC 60068, MIL-STD-810, MIL-STD-202, JSS-55555, JSS-50101, IS 9000,
QM333).
Climatic Tests like Cold Test, High Temperature Test, Temperature Cyclic Test, Damp Heat
Steady State/Cyclic Test, Thermal Shock Test, Corrosion (Salt Spray) Test
Durability Test Methods: Vibration Test, Bump Test, Drop Test.
Evaluation of test result and preparation of test reports
Laboratory management as per lab QMS including maintenance of laboratory documents, up
keeping of records, In-Service Checks, Lab Environmental conditions and periodic calibration etc.
Certification Courses and Internship
Laboratory management system and internal audit course as per ISO/IEC 17025:2005.
”Electronic Design andAutomation” course from CADD center, Mangalore.
(OrCAD, PSpice Simulation, PCB Designing)
“BSNL, Mangalore – Mobile communication and Internet” undergone an training from
21/02/2012 to 03/03/2012
“KIOCL, Mangalore - Pellet Plant Unit” undergone one month internship during June 2011.
3. 3 of 4
Education Profile
2014: M.Tech (Computer application in industrial drives) from The Oxford College of Engineering,
Bangalore. Affiliated to VTU, Belgaum with an aggregate of 70%.
2012: B.E. (Electronics and communication engineering) from Shree Devi Institute of Technology,
Mangalore. Affiliated to VTU, Belgaum with an aggregate of 67%.
2008: PUC from Sharada Indp PU College, Mangalore with 64%.
2006: SSLC from Christha Jyothi High School, Arakalgud with 84%.
Academic Project
Implementation of Field Oriented Control for PMSM Drive based on TMS320F28035 DSP
Controller
Softwares Used: CCS 5.4, OrCAD and PSpice.
Description: The implementation of the Permanent magnet synchronous motor (PMSM)
controller by using Field Oriented Control (FOC) method. The digital signal processor (DSP) was
used as a controller to interface between the FOC and the PMSM. In this project, a 32 bit DSP
controller TMS320F28035 is used to realize the drive system. TMDSHVMTRPFCKIT board by Texas
Instrument is used to run the motor
Surface Irregularity Monitoring System
Softwares Used: Keil μVision3 IDE and OrCAD.
Description: This system is designed mainly on a vision to provide safety for passengers, their
vehicle and co-vehicle sharing the road. This model is more help full during rainy and snow
condition. On the basics of the behaviour of sensors which are fixed at the front end of vehicle (i.e.
delay in receiving signal) the controller will decide the condition of road and alert the driver of the
vehicle.
Software Proficiency
Programming languages and tools: LabVIEW, VHDL, Verilog, MATLAB, CCS, Programming of
8051µC, Basics of C, Java and Manual Testing.
Operating systems: Windows 8 and earlier versions.
4. 4 of 4
Extra-Curricular Activities
A paper entitled “Implementation of Field Oriented Control for PMSM Drive Based on
TMS320F28035 DSP Controller” was published in IJMRAE journal Vol.6 No II April 2014.
A paper entitled “Field Oriented Control of Induction Motor Drive Based on TMS320F28035
DSP Controller” was presented in national conference at New Horizon College of Engineering,
Bangalore.
Participated in a workshop organized by Cranes Software International Limited titled “TI
C2000” during my 2nd
sem M.tech.
Participated in a workshop organized by Cranes Software International Limited titled “TI
MSP430” during my 1st
sem M.tech.
Participated in a workshop organized by BSNL titled “Internet and Mobile Communication”
during my 7th
sem B.E.
Personal Details:
Father's Name : Chandra C A
Mother's Name : Manjula
Date of Birth : 31st
Oct 1990
Gender : Male
Marital Status : Single
Languages Known : English, Hindi, Kannada
Declaration
I hereby do declare that the above mentioned information is true to the best of my knowledge
and I bear the responsibility for the correctness of the above mentioned particulars.
Place: Bangalore ROHITH KUMAR C
Date: