UPES celebrates IEEE DAY, Institution of Electrical & Electronic Engineers (IEEE) is an international organization having its presence in many geographies.
This document contains the resume of Aditya Gupta. It outlines his education history including a current PhD in smart water systems at VNIT in Nagpur, India. It also lists his past masters and bachelors degrees as well as projects related to topics like biometric recognition, underwater robots, and more. His research interests and skills in areas like water leakage detection, optimization modeling, and hardware/software tools are mentioned. The resume concludes with his teaching experience and involvement in social organizations.
This document summarizes the initiatives and accomplishments of an individual in academics and non-academics. In academics, the individual conducted workshops as a remote center coordinator, served as a research coordinator, and worked as a technical writer and trainer. They have published several conference papers and participated in various conferences, seminars, and workshops. In non-academics, the individual was an active member of scouting and community service organizations and represented their university in athletics.
This document is Megha Dogra's resume. It summarizes her education and qualifications. She is currently pursuing an M.Tech in VLSI Design from Sathyabama University in Chennai, India, with an expected graduation date of June 2016. She has technical skills in programming languages like Verilog and VHDL, as well as VLSI EDA tools. She has worked on academic projects related to designing a humidity sensor using MEMS technology and a less delay multiplier using Vedic mathematics.
This curriculum vitae summarizes the qualifications and experience of Swathi Raju. She has a Master of Technology degree from J.N.T University Kakinada with 74% marks and a Bachelor of Technology degree also from J.N.T University with 76.9% marks. Her career objective is to build her career in a hi-tech environment where she can explore her full potential. She has experience with programming languages like PSPICE, Xilinx ISE, Core Java and platforms like MASM 6.1. She has participated in various academic and extracurricular activities and her strengths include team spirit, communication skills, and fast learning capability.
Vaishali Warake is seeking a position that aligns with an organization's objectives. She has experience as an intern at CDAC Institute Mumbai and as an assistant at Usha Mittal Institute of Technology. She is pursuing an M.Tech in electronic engineering from SNDT University and holds a B.E. in electronics and telecommunication engineering. Her skill sets include MATLAB, LaTeX, and Microsoft Office.
Saurabh Dwivedi is currently an Assistant Professor at Axis College of Engineering in Kanpur, India. He has over 5 years of experience in teaching and over 2 years of experience working as an RF Engineer. He received his M.Tech in Wireless Communication and Computing from Indian Institute of Information Technology, Allahabad with a CGPA of 8.25 and B.Tech in Electronics from Hindustan Institute of Technology & Management with 66.88%.
Rajkumar B has received several awards and certifications recognizing his expertise in networking, database fundamentals, and cyber security operations from 2012 to 2014. He has over 10 years of experience as an instructor, where he has trained students for industry certification and organized technical events. He actively engages in professional development through workshops and seminars focused on emerging technologies.
UPES celebrates IEEE DAY, Institution of Electrical & Electronic Engineers (IEEE) is an international organization having its presence in many geographies.
This document contains the resume of Aditya Gupta. It outlines his education history including a current PhD in smart water systems at VNIT in Nagpur, India. It also lists his past masters and bachelors degrees as well as projects related to topics like biometric recognition, underwater robots, and more. His research interests and skills in areas like water leakage detection, optimization modeling, and hardware/software tools are mentioned. The resume concludes with his teaching experience and involvement in social organizations.
This document summarizes the initiatives and accomplishments of an individual in academics and non-academics. In academics, the individual conducted workshops as a remote center coordinator, served as a research coordinator, and worked as a technical writer and trainer. They have published several conference papers and participated in various conferences, seminars, and workshops. In non-academics, the individual was an active member of scouting and community service organizations and represented their university in athletics.
This document is Megha Dogra's resume. It summarizes her education and qualifications. She is currently pursuing an M.Tech in VLSI Design from Sathyabama University in Chennai, India, with an expected graduation date of June 2016. She has technical skills in programming languages like Verilog and VHDL, as well as VLSI EDA tools. She has worked on academic projects related to designing a humidity sensor using MEMS technology and a less delay multiplier using Vedic mathematics.
This curriculum vitae summarizes the qualifications and experience of Swathi Raju. She has a Master of Technology degree from J.N.T University Kakinada with 74% marks and a Bachelor of Technology degree also from J.N.T University with 76.9% marks. Her career objective is to build her career in a hi-tech environment where she can explore her full potential. She has experience with programming languages like PSPICE, Xilinx ISE, Core Java and platforms like MASM 6.1. She has participated in various academic and extracurricular activities and her strengths include team spirit, communication skills, and fast learning capability.
Vaishali Warake is seeking a position that aligns with an organization's objectives. She has experience as an intern at CDAC Institute Mumbai and as an assistant at Usha Mittal Institute of Technology. She is pursuing an M.Tech in electronic engineering from SNDT University and holds a B.E. in electronics and telecommunication engineering. Her skill sets include MATLAB, LaTeX, and Microsoft Office.
Saurabh Dwivedi is currently an Assistant Professor at Axis College of Engineering in Kanpur, India. He has over 5 years of experience in teaching and over 2 years of experience working as an RF Engineer. He received his M.Tech in Wireless Communication and Computing from Indian Institute of Information Technology, Allahabad with a CGPA of 8.25 and B.Tech in Electronics from Hindustan Institute of Technology & Management with 66.88%.
Rajkumar B has received several awards and certifications recognizing his expertise in networking, database fundamentals, and cyber security operations from 2012 to 2014. He has over 10 years of experience as an instructor, where he has trained students for industry certification and organized technical events. He actively engages in professional development through workshops and seminars focused on emerging technologies.
Anand Sreedharam has a B.Tech in ECE from College of Engineering Cherthala with 68% marks. He has experience with languages like C and Assembly, and platforms like Embedded C and Keil. His academic projects include a triple password security system using RFID, biometrics and PIN; and a single switch security lock. He is interested in logic design and electronics circuits. Anand seeks a position as an engineer utilizing his team and problem-solving skills.
Abhishek Bhattacharjee is a Ph.D student at IIT Roorkee studying semiconductor devices. He received his M.Tech from NIT Silchar in microelectronics and VLSI design with a CPI of 9.35/10 and B.Tech from NIT Agartala in electronics and communication engineering with a CPI of 8.17/10. His Ph.D project involves modeling attributes of silicon nanowire FETs using TCAD tools. He has worked on GaN HEMTs and published papers on their characteristics. His objective is to pursue a career in teaching and research in electronics and communication engineering.
A. Santhanagopalan provides his academic and technical qualifications, skills, areas of interest, achievements, technical participation, in plant training, hobbies, strengths and personal details in his resume. He completed his B.E in Electrical and Electronics Engineering from Saranathan College of Engineering, Anna University in 2015 with a CGPA of 7.66. His technical skills include basics of C, C++ and MATLAB. He has received prizes for papers presented at various conferences and competitions and has participated in technical workshops and a robotics championship. He also did an in plant training at Larson and Toubro in Coonoor.
Virpartap Singh is seeking a position to apply his skills and grow with an organization. He has a M.Tech in Wireless Communication from Punjab Institute of Technology with 80% marks. He has experience with MATLAB communication toolbox, OFDM systems, wireless networking, and automation industry skills. He has published two papers on interference avoidance techniques in cellular networks. He is actively involved in extracurricular activities related to sports and technology clubs.
Satish Kumar Choudhary is a current B.Tech student studying Electrical and Electronics Engineering at SRM Institute of Science and Technology in Chennai, India. He has completed two projects related to solar energy applications. The first involved charging a mobile phone using a solar panel, while the second was designing an Arduino-based solar tracker. Satish has achieved strong academic results and held leadership positions. He is technically skilled in programming languages like C++ and simulations like PSpice and Matlab.
The document provides details about Kanakaraj S., including his educational qualifications and achievements. He has a Master's degree in Embedded Systems from Bannari Amman Institute of Technology and a Bachelor's degree in Electrical and Electronics Engineering. His areas of interest include computer skills like programming in C, and simulation tools like Keil and Proteus. He has worked on academic projects in automatic irrigation control and intelligent street light control. Kanakaraj also participated in conferences and a short-term course on power management.
Narayana Swamy Naik B provides his contact information and career objective of pursuing a challenging career where he can enhance his skills and contribute to an organization's success and growth. He has a M.Tech in Digital Electronics and Communication from Sree Vidyanikethan Engineering College with 7.3% and a B.Tech in Electronics and Communication from Narayana Engineering College with 71.6%. He has technical skills in C and MATLAB programming languages. His undergraduate project involved developing a real-time visual inspection system using a high-speed digital camera to detect surface defects on rail heads.
This document contains personal and professional information about Aggraj Gupta. It outlines his educational background including a Bachelor's degree in Electronics and Communication Engineering from Punjab University. It also details his work experience as an intern developing engine control units and as an embedded software developer. His skills include programming in C and C++, Linux, and microcontrollers.
This document is a resume for Prakash G summarizing his objective, qualifications, technical knowledge, areas of interest, training, projects, academic and extracurricular achievements, and personal details. Prakash seeks a position utilizing his organizational skills, education in embedded software engineering, and ability to work well with others. He has a bachelor's degree in electronics and communication engineering, diploma in electronics and communication, knowledge of programming languages like C and C++, and experience with microcontrollers and design tools. His areas of interest include embedded systems, microprocessors, networking, and digital electronics.
Aaditya Thakur is seeking a challenging position in a growing organization. He has a Bachelor's degree in Electronics and Telecommunication Engineering from K. J. Somaiya College of Engineering in Mumbai with an aggregate score of 65.3%. He has experience in seminar presentations, internships, and software/hardware skills. His academic qualifications also include higher secondary school with 84.33% and secondary school with 85.53%. He was involved in various extracurricular activities including organizing events and leading teams.
Yesudoss A is seeking a career growth opportunity in a creative and challenging environment to enhance his knowledge and skills. He has a Bachelor's degree in Electronics and Communication Engineering from E.S Engineering College. His technical skills include project management, technical plan execution, and operational analysis. He is proficient in MS Office, Windows, C, and Embedded C. His work experience includes roles as a Process Executive at Tyco Fire and Security, Administrative Officer at Alpha Constructions, and Network Engineer at 4C IT Technology working on government projects. He has won awards at robotics and science competitions.
Abhishek Bhattacharjee is a Ph.D student at IIT Roorkee studying microelectronics and VLSI. He received his M.Tech from NIT Silchar in microelectronics and VLSI design with a CPI of 9.35/10 and B.Tech from NIT Agartala in electronics and communication engineering with a CPI of 8.17/10. His objective is to pursue graduate studies in electronics and communication engineering leading to a career in teaching and research. His major projects include characterizing and modeling silicon nanowire FETs and studying DC and microwave characteristics of InAlN/GaN HEMTs. He has published papers in international conferences and journals
1) Abhishek Bhattacharjee is a Ph.D student at IIT Roorkee studying microelectronics and VLSI. He received his M.Tech from NIT Silchar and B.Tech from NIT Agartala.
2) His PhD project involves modeling attributes of Silicon nanowire FET devices. His past projects include studying DC and microwave characteristics of InAlN/GaN HEMTs and implementing Booth's multiplier algorithm using Verilog.
3) He has published papers in international journals and conferences and attended several workshops and seminars. His areas of interest include semiconductor device modeling and physics.
Vikash Kumar is a 25-year-old male with a B.E. in Telecommunication Engineering from VTU, Belgaum, earning 61% in 2013. He ranked among the top three students in his graduating class and ranked 2nd in his 10th standard exams among 400 students. He completed a summer internship in 2012 developing a remote home security system using sensors and GSM technology. He has work experience as a trainee engineer from January to July 2015 where he inspected equipment and improved operational efficiencies.
Sushant A. Ukande is seeking a project role that allows him to apply his expertise in embedded systems. He has an M.Tech in Embedded Systems from VIT University with a 7.3 CGPA. His academic projects include developing a grain analyzer using near-infrared spectroscopy and creating a wireless remote monitoring system using an ARM Cortex M0. He is proficient in C, VHDL, and embedded C programming. Sushant's qualifications also include qualifying for the GATE exam in 2013 with a score of 345.
Basant Kumar has a M.Tech in Electronics and Communication Engineering from IIT Dhanbad with a CGPA of 9.3 and a B.Tech in Electronics and Communication Engineering from NIT Sikkim with a CGPA of 7.65. His areas of expertise include Verilog, MATLAB, and FPGA design tools. He has worked on projects involving FPGA emulation of analog circuits and design of microstrip antennas. He has also participated in technical events and community service initiatives at NIT Sikkim.
Basant Kumar has a M.Tech in Electronics and Communication Engineering from IIT Dhanbad with a CGPA of 9.3 and a B.Tech in Electronics and Communication Engineering from NIT Sikkim with a CGPA of 7.65. His areas of expertise include Verilog, MATLAB, and FPGA design tools. He has worked on projects involving FPGA emulation of analog circuits and design of microstrip antennas. He has internship experience in SCADA systems and participates in community development initiatives.
Pius Opeitum is a technology professional from Uganda with experience in networking, programming, and engineering. He has a Bachelor's degree in Telecommunications and Network Engineering from Swinburne University of Technology. His work experience includes carrying out research and client projects at Jerm Technology Uganda and working on automation of temperature monitoring systems at the Civil Aviation Authority. He has strong skills in Linux, Cisco routing and switching, Python, C/C++, and technical troubleshooting.
This dissertation discusses implementing radar models and identifying various signal frequencies with remote station alerting. It was submitted by M.Nikhil Kumar, E.Surya Sai Krishna, and T.Raviteja to fulfill their Bachelor of Technology degree in Electronics and Communication Engineering at J.B. Institute of Engineering and Technology under the guidance of Dr. S. Raj Kumar.
K. Venkataramana has over 8 years of experience working as an assistant and associate professor teaching computer science. He has a M.Tech in Computer Science and Engineering with over 10 publications in international journals. He is seeking an academic position where he can conduct research and teach students.
Seminar courses are designed to support students during their first and second field practicum experiences with infants/toddlers and preschoolers respectively. The weekly 1-hour seminar classes are held in the second and third semesters and use an interactive method to help students build the necessary skills to succeed in their field practicum placements.
The document discusses a technical seminar on BiCMOS technology. It begins with an introduction and describes the characteristics and fabrication processes of CMOS, bipolar, and BiCMOS technologies. BiCMOS combines the advantages of CMOS, like low power and high density, with bipolar's high speed and current drive. While more complex than CMOS, BiCMOS provides improved performance over both CMOS and bipolar. The document outlines the advantages and applications of BiCMOS, such as mixed-signal integrated circuits, and compares it to CMOS and bipolar technologies. It concludes with a literature survey on books and websites relating to BiCMOS design.
Anand Sreedharam has a B.Tech in ECE from College of Engineering Cherthala with 68% marks. He has experience with languages like C and Assembly, and platforms like Embedded C and Keil. His academic projects include a triple password security system using RFID, biometrics and PIN; and a single switch security lock. He is interested in logic design and electronics circuits. Anand seeks a position as an engineer utilizing his team and problem-solving skills.
Abhishek Bhattacharjee is a Ph.D student at IIT Roorkee studying semiconductor devices. He received his M.Tech from NIT Silchar in microelectronics and VLSI design with a CPI of 9.35/10 and B.Tech from NIT Agartala in electronics and communication engineering with a CPI of 8.17/10. His Ph.D project involves modeling attributes of silicon nanowire FETs using TCAD tools. He has worked on GaN HEMTs and published papers on their characteristics. His objective is to pursue a career in teaching and research in electronics and communication engineering.
A. Santhanagopalan provides his academic and technical qualifications, skills, areas of interest, achievements, technical participation, in plant training, hobbies, strengths and personal details in his resume. He completed his B.E in Electrical and Electronics Engineering from Saranathan College of Engineering, Anna University in 2015 with a CGPA of 7.66. His technical skills include basics of C, C++ and MATLAB. He has received prizes for papers presented at various conferences and competitions and has participated in technical workshops and a robotics championship. He also did an in plant training at Larson and Toubro in Coonoor.
Virpartap Singh is seeking a position to apply his skills and grow with an organization. He has a M.Tech in Wireless Communication from Punjab Institute of Technology with 80% marks. He has experience with MATLAB communication toolbox, OFDM systems, wireless networking, and automation industry skills. He has published two papers on interference avoidance techniques in cellular networks. He is actively involved in extracurricular activities related to sports and technology clubs.
Satish Kumar Choudhary is a current B.Tech student studying Electrical and Electronics Engineering at SRM Institute of Science and Technology in Chennai, India. He has completed two projects related to solar energy applications. The first involved charging a mobile phone using a solar panel, while the second was designing an Arduino-based solar tracker. Satish has achieved strong academic results and held leadership positions. He is technically skilled in programming languages like C++ and simulations like PSpice and Matlab.
The document provides details about Kanakaraj S., including his educational qualifications and achievements. He has a Master's degree in Embedded Systems from Bannari Amman Institute of Technology and a Bachelor's degree in Electrical and Electronics Engineering. His areas of interest include computer skills like programming in C, and simulation tools like Keil and Proteus. He has worked on academic projects in automatic irrigation control and intelligent street light control. Kanakaraj also participated in conferences and a short-term course on power management.
Narayana Swamy Naik B provides his contact information and career objective of pursuing a challenging career where he can enhance his skills and contribute to an organization's success and growth. He has a M.Tech in Digital Electronics and Communication from Sree Vidyanikethan Engineering College with 7.3% and a B.Tech in Electronics and Communication from Narayana Engineering College with 71.6%. He has technical skills in C and MATLAB programming languages. His undergraduate project involved developing a real-time visual inspection system using a high-speed digital camera to detect surface defects on rail heads.
This document contains personal and professional information about Aggraj Gupta. It outlines his educational background including a Bachelor's degree in Electronics and Communication Engineering from Punjab University. It also details his work experience as an intern developing engine control units and as an embedded software developer. His skills include programming in C and C++, Linux, and microcontrollers.
This document is a resume for Prakash G summarizing his objective, qualifications, technical knowledge, areas of interest, training, projects, academic and extracurricular achievements, and personal details. Prakash seeks a position utilizing his organizational skills, education in embedded software engineering, and ability to work well with others. He has a bachelor's degree in electronics and communication engineering, diploma in electronics and communication, knowledge of programming languages like C and C++, and experience with microcontrollers and design tools. His areas of interest include embedded systems, microprocessors, networking, and digital electronics.
Aaditya Thakur is seeking a challenging position in a growing organization. He has a Bachelor's degree in Electronics and Telecommunication Engineering from K. J. Somaiya College of Engineering in Mumbai with an aggregate score of 65.3%. He has experience in seminar presentations, internships, and software/hardware skills. His academic qualifications also include higher secondary school with 84.33% and secondary school with 85.53%. He was involved in various extracurricular activities including organizing events and leading teams.
Yesudoss A is seeking a career growth opportunity in a creative and challenging environment to enhance his knowledge and skills. He has a Bachelor's degree in Electronics and Communication Engineering from E.S Engineering College. His technical skills include project management, technical plan execution, and operational analysis. He is proficient in MS Office, Windows, C, and Embedded C. His work experience includes roles as a Process Executive at Tyco Fire and Security, Administrative Officer at Alpha Constructions, and Network Engineer at 4C IT Technology working on government projects. He has won awards at robotics and science competitions.
Abhishek Bhattacharjee is a Ph.D student at IIT Roorkee studying microelectronics and VLSI. He received his M.Tech from NIT Silchar in microelectronics and VLSI design with a CPI of 9.35/10 and B.Tech from NIT Agartala in electronics and communication engineering with a CPI of 8.17/10. His objective is to pursue graduate studies in electronics and communication engineering leading to a career in teaching and research. His major projects include characterizing and modeling silicon nanowire FETs and studying DC and microwave characteristics of InAlN/GaN HEMTs. He has published papers in international conferences and journals
1) Abhishek Bhattacharjee is a Ph.D student at IIT Roorkee studying microelectronics and VLSI. He received his M.Tech from NIT Silchar and B.Tech from NIT Agartala.
2) His PhD project involves modeling attributes of Silicon nanowire FET devices. His past projects include studying DC and microwave characteristics of InAlN/GaN HEMTs and implementing Booth's multiplier algorithm using Verilog.
3) He has published papers in international journals and conferences and attended several workshops and seminars. His areas of interest include semiconductor device modeling and physics.
Vikash Kumar is a 25-year-old male with a B.E. in Telecommunication Engineering from VTU, Belgaum, earning 61% in 2013. He ranked among the top three students in his graduating class and ranked 2nd in his 10th standard exams among 400 students. He completed a summer internship in 2012 developing a remote home security system using sensors and GSM technology. He has work experience as a trainee engineer from January to July 2015 where he inspected equipment and improved operational efficiencies.
Sushant A. Ukande is seeking a project role that allows him to apply his expertise in embedded systems. He has an M.Tech in Embedded Systems from VIT University with a 7.3 CGPA. His academic projects include developing a grain analyzer using near-infrared spectroscopy and creating a wireless remote monitoring system using an ARM Cortex M0. He is proficient in C, VHDL, and embedded C programming. Sushant's qualifications also include qualifying for the GATE exam in 2013 with a score of 345.
Basant Kumar has a M.Tech in Electronics and Communication Engineering from IIT Dhanbad with a CGPA of 9.3 and a B.Tech in Electronics and Communication Engineering from NIT Sikkim with a CGPA of 7.65. His areas of expertise include Verilog, MATLAB, and FPGA design tools. He has worked on projects involving FPGA emulation of analog circuits and design of microstrip antennas. He has also participated in technical events and community service initiatives at NIT Sikkim.
Basant Kumar has a M.Tech in Electronics and Communication Engineering from IIT Dhanbad with a CGPA of 9.3 and a B.Tech in Electronics and Communication Engineering from NIT Sikkim with a CGPA of 7.65. His areas of expertise include Verilog, MATLAB, and FPGA design tools. He has worked on projects involving FPGA emulation of analog circuits and design of microstrip antennas. He has internship experience in SCADA systems and participates in community development initiatives.
Pius Opeitum is a technology professional from Uganda with experience in networking, programming, and engineering. He has a Bachelor's degree in Telecommunications and Network Engineering from Swinburne University of Technology. His work experience includes carrying out research and client projects at Jerm Technology Uganda and working on automation of temperature monitoring systems at the Civil Aviation Authority. He has strong skills in Linux, Cisco routing and switching, Python, C/C++, and technical troubleshooting.
This dissertation discusses implementing radar models and identifying various signal frequencies with remote station alerting. It was submitted by M.Nikhil Kumar, E.Surya Sai Krishna, and T.Raviteja to fulfill their Bachelor of Technology degree in Electronics and Communication Engineering at J.B. Institute of Engineering and Technology under the guidance of Dr. S. Raj Kumar.
K. Venkataramana has over 8 years of experience working as an assistant and associate professor teaching computer science. He has a M.Tech in Computer Science and Engineering with over 10 publications in international journals. He is seeking an academic position where he can conduct research and teach students.
Seminar courses are designed to support students during their first and second field practicum experiences with infants/toddlers and preschoolers respectively. The weekly 1-hour seminar classes are held in the second and third semesters and use an interactive method to help students build the necessary skills to succeed in their field practicum placements.
The document discusses a technical seminar on BiCMOS technology. It begins with an introduction and describes the characteristics and fabrication processes of CMOS, bipolar, and BiCMOS technologies. BiCMOS combines the advantages of CMOS, like low power and high density, with bipolar's high speed and current drive. While more complex than CMOS, BiCMOS provides improved performance over both CMOS and bipolar. The document outlines the advantages and applications of BiCMOS, such as mixed-signal integrated circuits, and compares it to CMOS and bipolar technologies. It concludes with a literature survey on books and websites relating to BiCMOS design.
Facilities in Abengoa's Solucar Complex (Seville)Abengoa
This document summarizes Abengoa Solar's innovative solar energy technologies, including tower, parabolic trough, PV, and R&D technologies. It describes their first two commercial tower plants, PS10 and PS20, which produce 11 MW and 20 MW respectively using heliostat fields. It also outlines their three parabolic trough plants, Solnova 1, 3, and 4, which each produce 50 MW. Additionally, it discusses their work in photovoltaic technologies with the Sevilla PV and Casaquemada PV plants, and their R&D projects on solar hybrid gas turbines and large aperture parabolic trough collectors.
Do you know about STE technology? STE technology is mature and compatible with conventional sources, which contribute to energy security, and a source of technological and economic development in the region.
On fuzzy concepts in engineering ppt. ncceSurender Singh
This document discusses fuzzy concepts and their applications in engineering. It begins with an introduction to fuzzy sets and fuzzy logic as extensions of crisp/classical sets and logic. Examples are provided to illustrate fuzzy membership functions. The key components of a fuzzy logic system are described. An example is given of building a fuzzy controller for room temperature regulation. Various engineering terms that are often used fuzzily, like bandwidth and errors, are listed. Applications of fuzzy logic in various fields like controls, scheduling, and signal analysis are outlined. Three probabilistic divergence measures and their fuzzy analogues are presented. Finally, a model for strategic decision making using these divergence measures is proposed and an illustrative example is provided.
The document presents a seminar on a DTMF based robot. It discusses what an embedded system and robot are, how DTMF signaling works, and provides block and circuit diagrams of the robot. It describes using a DTMF decoder and ATmega 168 microprocessor with software like Express PCB and Arduino/Kiel. Applications include scientific, military, and search and rescue uses. The future scope involves adding a camera, IR sensors, and password protection. It also discusses moving towards wireless control and the growing role of embedded systems in devices and vehicles.
Ivy Bridge was Intel's 3rd generation Core processor introduced in 2012. It was their first 22nm processor, providing better performance while being more energy efficient. Key features included revolutionary 3D Tri-Gate transistors for the first time, integrated graphics with up to 16 execution units, and various power optimizations. Benchmarks showed significant gains in performance and reductions in power compared to previous generations.
This document summarizes a seminar on atmospheric pressure-aware seamless 3D localization and navigation for mobile internet devices. The seminar introduces techniques for indoor and outdoor localization and navigation that utilize atmospheric pressure sensors to determine altitude in addition to traditional methods like GPS and WiFi positioning. It describes how incorporating altitude measurements can improve localization accuracy in multi-story buildings by distinguishing signal strengths from access points on different floors. The method provides seamless 3D positioning across indoor and outdoor environments for applications like navigation on maps downloaded to mobile devices.
The document presents a seminar on smart dust by Rajeshwar Singh and Shahul Sarraf. Smart dust are tiny wireless sensing devices that are as small as dust particles and can monitor environmental conditions. They have sensing, computing and wireless communication abilities and can operate autonomously using an onboard power source. The seminar describes the internal structure of smart dust motes, optical and radio frequency communication technologies, applications in military, commercial and environmental monitoring, and challenges in developing smart dust networks.
This document provides information about a national level seminar on latest trends in embedded systems to be held on March 19th, 2010. It discusses topics to be covered, instructions for participants, important dates, registration details, program schedule and contact information. Participants are invited to submit papers on topics related to embedded systems and must follow guidelines for submission, including sending an abstract by March 5th. The seminar aims to provide an opportunity for participants to share knowledge through interaction with experts in the field. It will be held at the Sri Krishnadevaraya University and accommodation can be arranged upon request and prior intimation.
This document provides an overview of the GreenDroid mobile application processor prototype. GreenDroid targets the Android mobile software stack and aims to execute general mobile programs with 11 times less energy than current designs, through the use of 100+ automatically generated specialized cores called conservation cores (c-cores). C-cores are designed to reduce energy consumption by targeting specific Android hotspots. The GreenDroid architecture uses an array of tiles, each containing a CPU, cache, and 8-15 c-cores. C-cores handle frequently executed hotspot code while less common cold code runs on the CPU. This approach aims to maximize silicon utilization in the face of the growing dark silicon problem caused by the utilization wall effect from Moore's Law scaling
Greendroid is a prototype chip aimed at improving energy efficiency on Android smartphones. It contains a general-purpose MIPS processor and 6-10 specialized "conservation cores" or "c-cores" that are automatically generated from hot spots in Android apps. By filling the "dark silicon" unused due to power constraints with these specialized cores, Greendroid can execute common mobile workloads with 11 times less energy than other designs. The tiled architecture employs a lattice of processor tiles, each containing c-cores, caches, and a CPU, to further improve efficiency for mobile applications.
Indoor geolocation is an emerging technology that has applications in commercial, public safety, and military domains. It uses various techniques like RSS, AOA, TOA, and TDOA to locate tags or mobile devices within buildings. Key challenges include multipath effects from the indoor environment and lack of line of sight between devices, which reduce location accuracy. Existing short-range technologies like RFID have limited range, while mid-range options have reliability issues. The 3D-iD system presented a potential solution using an indoor antenna infrastructure and cell controllers to determine tag locations through triangulation of signal distances to multiple antennas.
hey guys i am vignesh and this is my inhouse seminar and i am one of the student in PRIST university. If u have any doubt in this presentation just call me +917402272326
This document summarizes the evolution and technology of Blu-ray discs. It discusses how Blu-ray discs offer higher storage capacity than DVDs through the use of blue laser technology and allow for HD recording and playback. The document traces the history of Blu-ray and the Blu-ray Disc Association alliance. It also compares the disc characteristics, storage capacities, and features of CDs, DVDs, and Blu-ray discs.
Data encoding converts data into a signal form for transmission. There are different encoding methods for digital-to-digital, digital-to-analog, analog-to-analog, and analog-to-digital conversion. Common digital encoding techniques include unipolar, bipolar, and polar encoding, which represent binary data using single or multiple voltage levels. Non-return-to-zero and return-to-zero are examples that represent bits through the signal remaining at a level or returning to zero between bits. Manchester encoding and differential Manchester encoding are biphase techniques that provide clocking through signal transitions.
This document discusses embedded web server technology (EWT), which combines embedded systems with the world wide web. It defines embedded systems and EWT, noting that EWT was developed by NASA in the late 1990s. It then explains what embedded technology and web servers are, how the client-server model works, and some key web-related technologies like HTTP, HTML, XML. It outlines some applications of EWT like space communication and biotechnology. Finally, it concludes that EWT has advantages over legacy communication and provides references for further reading.
GREENDROID: A SOLUTION TO THE BATTERY PROBLEM OF SMARTPHONEpihu281
The Green Droid mobile application processor prototype targets the Android mobile software stack. It uses specialized energy-efficient cores called conservation cores (c-cores) to execute frequently used portions of application code, accounting for 95% of execution time. The c-cores reduce energy consumption by 56% by removing unnecessary structures like instruction fetch and decode units. Additional 35% savings comes from specializing the c-core data path. This allows average per-instruction energy to drop from 91 pJ to just 8 pJ. The Green Droid is estimated to reduce processor energy consumption by 91% for targeted code and provide an overall 7.4x energy savings.
Green technology is the development of products and systems that minimize environmental impact and conserve resources. It aims to reduce degradation of the environment, greenhouse gas emissions, and efficient use of energy and natural resources. Spectral efficiency refers to the information rate transmitted over a given bandwidth, while energy efficiency is the number of bits transmitted per joule of energy. Techniques like orthogonal frequency-division multiple access, multiple-input multiple-output, and relay transmission can improve the spectral efficiency of wireless networks. Adaptively allocating resources and turning off redundant systems when not in use can enhance both the energy efficiency and spectral efficiency-energy efficiency tradeoff.
Varshan N.D. is seeking an entry-level position in electronics engineering. He has a B.E. in Electronics and Communication Engineering from Kumaraguru College of Technology with a 6.3 CGPA. His areas of interest include linear integrated circuits, digital electronics, and computer networks. He has experience with programming languages like C and scripting languages like LabVIEW. Some of his projects include a density-based traffic signal system with ambulance alert and a mobile ECG monitoring device. He has participated in workshops on topics such as LabVIEW, mobile phone servicing, and Arduino. Varshan had internships at Cranes Software International and Salzer Electronics focused on engineering software and electrical equipment production.
Mohammad Anas is seeking a career in technical management and industrial research & development. He has a Bachelor of Technology degree in Electronics & Communication Engineering from Integral University in Lucknow, India. He has work experience in embedded systems, robotics projects, and internships in railway controlling systems and educational technology. He is proficient in programming languages like C/C++ and microcontrollers including Arduino.
VIDYUTH organized several academic and technical events to help students between July 2014 and January 2015. These included workshops on programming microcontrollers and circuit design software, technical quizzes and games, public speaking events, teaching basic concepts to junior students, and seminars by industry professionals on topics like embedded systems and power electronics. VIDYUTH also arranged industrial visits for students to companies like Schneider Electric and BHEL to provide practical exposure. During annual college events AAROHAN and EKATVA, VIDYUTH organized technical gaming competitions that were well attended. Workshops were also held to introduce simulation tools like MATLAB and help students with laboratory experiments. The feedback from participants was largely positive for all the events.
Dr. Shashikant Sadistap is a Senior Principal Scientist at the Central Electronics Engineering Research Institute in Pilani, India. He has 27 years of experience developing embedded systems and real-time instrumentation for applications in water, aquaculture, power electronics, and agriculture. Some of his areas of expertise include intelligent instrumentation, embedded systems design, and soft computing for smart sensors and systems. He has successfully completed 16 major projects and transferred technologies to industries and government organizations.
Prashanth K is an Assistant Professor of Electrical Engineering with over 7 years of teaching experience. He holds a BE, M.Tech, and is pursuing a Ph.D from VTU. He has worked at Sri Sairam College of Engineering, BCET, and Raman Group of Institutions. He has published 11 international and 3 national journal papers. He is skilled in MATLAB, AutoCAD, PLCs, and has developed educational YouTube channels and an app for farmers. His research interests include power electronics, control systems, and renewable energy. He regularly organizes workshops and conferences and has received grants for his projects on smart wearables and drone seed planting.
Mr. Mahesh Subhashrao Kendre is seeking an opportunity to work in an organization where he can apply his skills and knowledge. He has a M.Tech in Electronics and Telecommunication from Dr. Babasaheb Ambedkar Technological University with 8.19% and B.E in Electronics and Telecommunication from Vishwabharati Academy’s College Of Engineering with 61.23%. He has experience teaching courses like VLSI, Basic Electronics Engineering, and Antenna theory as a teaching assistant. He has published and presented research papers on antennas at various conferences. His skills include programming PLC, C, Verilog HDL and using software like HFSS, IE3D, Matlab, X
Pankaj Negi is seeking a challenging position utilizing his skills and 8 years of teaching experience. He has a Ph.D in progress, M.Tech in Electronics, B.Tech in Instrumentation & Control, and PGDCA. His areas of expertise include renewable energy, analog and digital electronics, and control systems. He has published papers in national and international conferences and journals on topics like full adders and hydro power plant control. He is currently an Assistant Professor researching grid-connected PV systems stability.
Ramesh Mylavarapu is an Applications Engineer at Cypress Semiconductor with experience developing firmware for USB devices. He developed a USB composite device firmware that allows a device to function as a mass storage, video, and HID device using multithreading. He has a M.Tech from IIT Kharagpur and a B.Tech from Andhra University. His skills include C programming, embedded systems, analog and digital electronics, and electromagnetic simulation tools.
Pintu Adhikari is seeking a full-time position utilizing technical and supervising skills. He has a M.S. in Electrical and Computer Engineering from Marquette University and is expected to graduate in August 2016. He has over 2 years of research experience in micro-sensors and proficiency in programming languages including C, C++, and Java. Currently he is a research assistant developing polymer coatings for sensors and a teaching assistant for digital electronics and computer programming courses.
Electroma Department of Electronics and communication EngineeringIIMTGroupofColleges
Department of Electronics and communication of IIMT College of Engineering organized various activities like Science Project Fair, Faculty Development.
Nandhini N is seeking a growth-oriented career that requires commitment. She has a Bachelor's degree in Electrical and Electronics Engineering with 86.2% aggregate. Her academic qualifications also include Higher Secondary and Secondary School certificates with over 86% in both. She has skills in MS Office, C, C++ and Java. Her areas of interest are power system protection and switchgear. She has undergone in-plant training in a rail wheel factory. She has experience with projects and has participated in paper presentations and workshops related to her field of study.
Rajat Saxena has a B.Tech in Electronics and Communication Engineering from Visvesvaraya National Institute of Technology, Nagpur with a CGPA of 8.68. He has work experience with Bharat Electronics Limited and research interests in parallel processing and video processing. He has published papers in peer-reviewed journals and participated in various programming challenges and curricular projects focused on image and video analysis.
Praveen Kumar is seeking a career in design, development, automation and analysis. He has an M.Tech in Design and Precision Engineering from NIT Karnataka with 7.03 CGPA. He has over 2.5 years of work experience at Tech Mahindra and is currently a Senior Research Fellow at the Center for System Design at NITK Surathkal. His responsibilities include developing remote triggered labs for online experiments and mentoring student projects. He has expertise in programming, modeling, analysis tools and has published papers and presented at conferences.
This curriculum vitae outlines the educational and professional experience of Salim Istyaq. He holds a B.Sc. in Engineering (Computer), M.Tech. in Communication & Information Systems, and is enrolled in a Ph.D. program. He has over 13 years of teaching experience and has taught in India and Libya. He has published several papers in international journals and conferences and participated in various workshops and training programs.
Mahaboob Basha Qureshi is an Assistant Professor with over 15 years of experience in teaching electrical engineering. He holds a PhD, M.Tech in control systems, and AMIE in electrical engineering. His areas of expertise include power systems analysis, flexible AC transmission systems, smart grids, and renewable energy. He has published papers in international journals and conferences on topics related to energy conservation, power oscillations, and sub-synchronous resonance.
Mrs. Saylee Sandeep Bidwai is applying for a position focusing on Network on Chip Architectures. She has over 10 years of teaching experience and holds a PhD in Electronics, M.E. in Electronics, and B.E. in Electronics. She has published papers in journals and conferences and conducted several workshops and training programs. Her expertise includes VLSI design, embedded systems, and digital signal processing.
C.P. Ravikumar visited several universities in India in September 2009 to give talks on topics related to embedded systems and digital signal processing. This included visits to SRM University, RVCE, and Coimbatore Institute of Technology. Additionally, Texas Instruments worked with RVCE to create a new elective course on advanced analog circuits beginning in January 2010. In October, Ravikumar visited Vellore Institute of Technology and SRM University again where he gave further talks and a workshop on the BeagleBoard was conducted at SRM University.
Maneuvering Robotic Vehicle based on Motion Sensor FeedbackIshanMalpotra
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Engineering Education and Research seminar by National Instruments
1. KIIT COLLEGE OF ENGINEERING, GURGAON
ECE/EEE Department
Report on National Seminar by National Instruments: LABVIEW Software for Power
system and Power Electronics for the developments of Smart Grids on 16th
March 2016
National instruments has organized Engineering Education and Research seminar on 16th
March 2016 in Delhi.
With live demos, videos and presentation they have covered the following topics:
Signal processing control systems
Power systems and electronics & Wireless communication for Smart Grids
They gave demo of detailed functioning of software through real life examples in different
domains described above Students also know about their products and hardware interfacing
with the software in various domain.
Following faculty & Students were participated in the seminar:
Mr.Vineet Dahiya & Mr.Aswant ( Faculty Members)
Students
Aakash Banerjee
Priyanka Kumari
Lakshay Kumar
Litesh Kumar
Manas Jena
Pawan Kumar
MS Ashwin
Certificates were distributed to all the participants during the concluding session of the
seminar.