Harry Winsor is an applied scientist and systems engineer with extensive experience in various technologies. He has a Ph.D. in Engineering from UC Davis and has worked for companies such as IBM, NISC, Omen, ANSER, Westinghouse, and government agencies including DARPA and the Air Force. He has managed projects in areas such as quantum computing, optics, materials science, communications systems, and laser technology. Currently he works as an advisory IT architect for IBM supporting NSA programs.
This curriculum vitae summarizes the qualifications of Paul Thomas Watrobski, who is currently a PhD candidate in Electrical and Computer Engineering at the University of Maryland specializing in cybersecurity. His research interests include cryptography, ad-hoc networks, the internet-of-things, and cyber-physical systems. He holds an MS in Electrical Engineering from the State University of New York at Binghamton and has worked as a researcher at the National Institute of Standards and Technology and Oak Ridge National Laboratory. He has also held teaching assistant roles and advised undergraduate students.
James Potzick has over 45 years of experience working at the National Institute of Standards and Technology (NIST), where he currently works as an Associate Researcher. He has a Bachelor's and Master's degree in Physics from Xavier University. At NIST, he has led numerous projects involving measurement standards and metrology for properties like photomask linewidth and nanoscale measurements. He has also developed metrology models and measurement techniques for submicrometer objects. Potzick has received several awards for his technical papers and inventions from the Department of Commerce and NIST.
Towards 802.11g Signal Strength Estimation in an Industrial Environment: a Pr...Dalton Valadares
This document summarizes a study that evaluated the use of the Log-Distance Path Loss (LDPL) model to estimate 802.11g wireless signal strength in an industrial environment. Researchers measured signal strength at 20 points in an engine room of a power plant and compared the measured values to values estimated using the LDPL model. They found that the LDPL model could accurately estimate signal strength in the industrial environment when using the appropriate propagation exponent value. The study aims to help with planning wireless network infrastructure in industrial settings.
Richard Carleton has over 25 years of experience as a systems engineer, test engineer, and technical liaison for the Department of Defense. He has a Master's degree in Information Systems and is bilingual in English and Spanish. He has extensive experience testing and evaluating software, hardware, and network systems for the Army, Marines, FBI, and NATO. Currently he is a technical project manager responsible for testing sensor software for the U.S. Army.
This document contains the resume of D V Bipin which summarizes his contact information, education qualifications, skills, projects, and work experience. It details that he has a M.Tech in Microwave and Radar Engineering and B.Tech in Electronics and Communication Engineering. His skills include programming in languages like C, C++ and tools like COMSOL, CST Studio and LabVIEW. He has worked on projects related to RCS estimation, invisibility cloaking structures and antenna design using electromagnetic simulation tools. Currently he works as a Project Scientist at National Aerospace Laboratories, Bangalore.
This document provides a summary of the experience and expertise of Steve K. Rockwell in RF/microwave/mm-wave design, including:
- Over 20 years of experience in defense, aerospace, commercial telecommunications, and semiconductor industries.
- Key accomplishments include developing prototype 60GHz multi-Gbps radio systems and integrating a 60GHz transceiver into a cell phone.
- Expertise in areas such as mm-wave circuit and system design, modeling, characterization, packaging, and measurement.
- Educational background includes a BSEE from Arizona State University and graduate courses in electrical engineering.
This document provides a summary of Vinh Pham-Xuan's education, research interests, research experience, teaching experience, publications, and honors. It details his PhD study at Dublin City University focusing on numerical methods for electromagnetic problems. It also outlines his Bachelor's degree from Ho Chi Minh City University of Technology, research focusing on computational electromagnetics, teaching experience, an outsource project with Cisco, and various publications and honors.
This curriculum vitae summarizes the education and experience of Wenbo He. He is currently pursuing a Ph.D. in Electrical Engineering at Boston University, with research interests in information theory, channel coding, source coding, and interference management for wireless communications. His experience includes graduate research at BU developing OFDM and interference management algorithms, and undergraduate research involving software-defined radio. He has published 8 papers in these areas.
This curriculum vitae summarizes the qualifications of Paul Thomas Watrobski, who is currently a PhD candidate in Electrical and Computer Engineering at the University of Maryland specializing in cybersecurity. His research interests include cryptography, ad-hoc networks, the internet-of-things, and cyber-physical systems. He holds an MS in Electrical Engineering from the State University of New York at Binghamton and has worked as a researcher at the National Institute of Standards and Technology and Oak Ridge National Laboratory. He has also held teaching assistant roles and advised undergraduate students.
James Potzick has over 45 years of experience working at the National Institute of Standards and Technology (NIST), where he currently works as an Associate Researcher. He has a Bachelor's and Master's degree in Physics from Xavier University. At NIST, he has led numerous projects involving measurement standards and metrology for properties like photomask linewidth and nanoscale measurements. He has also developed metrology models and measurement techniques for submicrometer objects. Potzick has received several awards for his technical papers and inventions from the Department of Commerce and NIST.
Towards 802.11g Signal Strength Estimation in an Industrial Environment: a Pr...Dalton Valadares
This document summarizes a study that evaluated the use of the Log-Distance Path Loss (LDPL) model to estimate 802.11g wireless signal strength in an industrial environment. Researchers measured signal strength at 20 points in an engine room of a power plant and compared the measured values to values estimated using the LDPL model. They found that the LDPL model could accurately estimate signal strength in the industrial environment when using the appropriate propagation exponent value. The study aims to help with planning wireless network infrastructure in industrial settings.
Richard Carleton has over 25 years of experience as a systems engineer, test engineer, and technical liaison for the Department of Defense. He has a Master's degree in Information Systems and is bilingual in English and Spanish. He has extensive experience testing and evaluating software, hardware, and network systems for the Army, Marines, FBI, and NATO. Currently he is a technical project manager responsible for testing sensor software for the U.S. Army.
This document contains the resume of D V Bipin which summarizes his contact information, education qualifications, skills, projects, and work experience. It details that he has a M.Tech in Microwave and Radar Engineering and B.Tech in Electronics and Communication Engineering. His skills include programming in languages like C, C++ and tools like COMSOL, CST Studio and LabVIEW. He has worked on projects related to RCS estimation, invisibility cloaking structures and antenna design using electromagnetic simulation tools. Currently he works as a Project Scientist at National Aerospace Laboratories, Bangalore.
This document provides a summary of the experience and expertise of Steve K. Rockwell in RF/microwave/mm-wave design, including:
- Over 20 years of experience in defense, aerospace, commercial telecommunications, and semiconductor industries.
- Key accomplishments include developing prototype 60GHz multi-Gbps radio systems and integrating a 60GHz transceiver into a cell phone.
- Expertise in areas such as mm-wave circuit and system design, modeling, characterization, packaging, and measurement.
- Educational background includes a BSEE from Arizona State University and graduate courses in electrical engineering.
This document provides a summary of Vinh Pham-Xuan's education, research interests, research experience, teaching experience, publications, and honors. It details his PhD study at Dublin City University focusing on numerical methods for electromagnetic problems. It also outlines his Bachelor's degree from Ho Chi Minh City University of Technology, research focusing on computational electromagnetics, teaching experience, an outsource project with Cisco, and various publications and honors.
This curriculum vitae summarizes the education and experience of Wenbo He. He is currently pursuing a Ph.D. in Electrical Engineering at Boston University, with research interests in information theory, channel coding, source coding, and interference management for wireless communications. His experience includes graduate research at BU developing OFDM and interference management algorithms, and undergraduate research involving software-defined radio. He has published 8 papers in these areas.
This document provides a detailed lesson plan for teaching a course on analog and digital communication. It includes 5 units: 1) Analog Communication, 2) Digital Communication, 3) Data and Pulse Communication, 4) Source and Error Control Coding, and 5) Multi-User Radio Communication. It outlines the topics, objectives, textbooks, reference books, weekly plan, and distribution of topics across weeks. The plan aims to help students understand various communication techniques, learn data and pulse communication, get familiar with source and error coding, and gain knowledge of multi-user radio systems.
The document provides a profile and resume for Risto (Chris) Tasev, an engineer with extensive experience in telecommunications engineering focused on RF and transmission technologies. It details his career history working for various companies in managerial and engineering roles planning, designing, and providing project support for wireless, fiber optic, and satellite systems. The resume also lists his educational background and additional training in areas such as microwave radio design, satellite communications, and video production.
Tim Klepaczyk is an RF and microwave engineering expert with over 15 years of experience in industries such as semiconductor, healthcare, automotive, aerospace, and academia. He has extensive experience designing and testing RF subsystems, antennas, and other components. Most recently, he worked as a senior design engineer at CTS Corporation where he developed RF matching circuits and tested prototype antennas. Prior to that, he was a solutions engineer at Stanley Healthcare where he implemented RFID systems in healthcare facilities across North America. He also has experience in academia as an adjunct professor teaching RF electronics.
Daniel O'Keeffe is currently pursuing a PhD in electrical engineering at University College Cork in Ireland, funded through an Irish Research Council scholarship. His PhD focuses on cooperative control of DC microgrids using low bandwidth communications. He previously completed his undergraduate degree at UCC, achieving a first class honors in electrical and electronic engineering. He has work experience in research engineering and design/evaluation roles, and technical skills in programming, modeling, and electronics.
System Engineering large scale Test and Evaluation. Emphasizes determining Fitness for Purpose and/or Readiness for Operation of deployed systems.Focuses on producing actionable knowledge for the warfighter.
Opening Keynote Lecture
15th Annual ON*VECTOR International Photonics Workshop
Calit2’s Qualcomm Institute
University of California, San Diego
February 29, 2016
This document summarizes recent research areas in electrical engineering, with a focus on circuits and VLSI. It outlines several areas of research including biomedical engineering, communications, computer engineering, dynamics and controls, electromagnetics, nanostructures, optics, and VLSI/CAD. Major universities and their research areas are discussed, such as Harvard, MIT, Stanford, and the University of Pittsburgh. Specific circuits and VLSI research topics are also mentioned, such as VLSI architectures for signal processing, reconfigurable digital systems, and high-speed digital design.
Eli Bendet-Taicher is a fifth-year graduate student working in Professor Alexej Jerschow's laboratory at New York University. He is anticipated to graduate in the fall of 2013. Eli has worked on a diverse set of innovative projects involving spin-noise measurements using nuclear magnetic resonance that could enhance protein NMR spectroscopy sensitivity by up to 30%. Eli has also designed experiments involving traveling-wave NMR methodology and miniaturizing radio-frequency coils. Professor Jerschow highly recommends Eli and expects his dissertation to have a strong impact in several fields based on his self-driven work ethic and acquisition of diverse skills applicable to developing new applications.
Bob Fugerer has over 30 years of experience in embedded engineering, including for electro-optical sensors, control systems, and aerospace instrumentation. He has two undergraduate degrees in engineering and electrical engineering and two master's degrees in digital signal processing and systems engineering. While working at the Arnold Research and Development Center from 1984 to 2000, he developed unique data acquisition and control systems, receiving awards for his work. He then worked as a senior field applications engineer at Arrow Electronics, where he presented seminars nationwide. After five years, he became CTO of a renewable energy startup, leading LED lighting development and obtaining patents and sales. Currently he works as a consultant, completing embedded designs in medical and other fields.
This document describes several programs offered by an organization to facilitate collaboration between universities and industry. The International Exposure Program brings distinguished international lecturers from IEEE to give seminars in Indonesia, covering travel costs. Universities and companies that host lectures are only responsible for local transportation and accommodation. The Link & Match Program connects universities and industry for research collaborations through internships, student thesis projects, and seminars hosted on university campuses. Contact information is provided for those interested in collaborating.
New Approaches in Cognitive Radios using Evolutionary Algorithms IJECEIAES
Cognitive radio has claimed a promising technology to exploit the spectrum in an ad hoc network. Due many techniques have become a topic of discussion on cognitive radios, the aim of this paper was developed a contemporary survey of evolutionary algorithms in Cognitive Radio. According to the art state, this work had been collected the essential contributions of cognitive radios with the particularity of base they research in evolutionary algorithms. The main idea was classified the evolutionary algorithms and showed their fundamental approaches. Moreover, this research will be exposed some of the current issues in cognitive radios and how the evolutionary algorithms will have been contributed. Therefore, current technologies have matters presented in optimization, learning, and classification over cognitive radios where evolutionary algorithms can be presented big approaches. With a more comprehensive and systematic understanding of evolutionary algorithms in cognitive radios, more research in this direction may be motivated and refined.
The document provides information about various departments and research areas within the Department of Electrical Engineering at IIT Bombay that may be relevant for collaboration with ISRO. It discusses expertise in areas such as communications and signal processing, control and computing, microelectronics, power electronics, and VLSI design. Specific projects proposed for collaboration include work on antennas and microwaves, information networks, guidance and control systems, electronics, and power systems. Laboratories and facilities with relevant equipment for potential joint projects are also described.
Wang Qian received their Ph.D. from the National University of Singapore in 2016, where they specialized in receiver design and performance analysis for wireless and optical communications. They have extensive experience in areas such as digital signal processing, machine learning, fiber optics, satellite and wireless communications. Currently, Wang is working on signal detection algorithms for free space optical communication systems and has published several papers in highly cited journals.
Dr. Samer Alabed has over 12 years of experience in teaching and research in electrical engineering, information technology, and telecommunications. He received his Ph.D. in 2008 from Darmstadt University of Technology in Germany, and currently works as a postdoctoral researcher and lecturer there. His areas of technical expertise include wireless communication systems, statistical and digital signal processing, and audio and speech signal processing. He has developed algorithms and taught courses in these fields at the university level.
This curriculum vitae outlines the qualifications and experience of Dr. Andrew Paul Nisbet. He is currently a Senior Lecturer in Computer Science at Manchester Metropolitan University, where he has worked since 2004. His research focuses on compiler optimization techniques for parallel, multicore, and embedded systems. He has supervised several PhD students to completion and currently supervises two PhD students.
Top 10 reseach articles for academia - International Journal of peer-to-peer ...ijp2p
The International Journal of peer-to-peer networking is a quarterly open access peer-reviewed journal that publishes articles that contribute new results in all areas of P2P Networks. The journal provides a platform to disseminate new ideas and new research, advance theories, and propagate best practices in the area of P2P networking. This will include works that relate to peer-to-peer systems, peer-to-peer applications, grid systems, large-scale distributed systems, and overlay networks. The journal offers a forum in which academics, consultants, and practitioners in a variety of fields can exchange ideas to further research and improve practices in all areas of P2P.
Novel framework of retaining maximum data quality and energy efficiency in re...IJECEIAES
There are various unseen and unpredictable networking states in Wireless Sensor Network (WSN) that adversely affect the aggregated data quality. After reviewing the existing approaches of data quality in WSN, it was found that the solutions are quite symptomatic and they are applicable only in a static environment; however their successful applicability on dynamic and upcoming reconfigurable network is still a big question. Moreover, data quality directly affects energy conservation among the nodes. Therefore, the proposed system introduces a simple and novel framework that jointly addresses the data quality and energy efficiency using probability-based design approach. Using a simplified analytical methodology, the proposed system offers solution in the form of selection transmission of an aggergated data on the basis of message priority in order to offer higher data utilization factor. The study outcome shows proposed system offers a good balance between data quality and energy efficiency in contrast to existing system.
Lambda data grid: communications architecture in support of grid computingTal Lavian Ph.D.
The practice of science experienced a number of paradigm shifts in the 20th century, including the growth of large geographically dispersed teams and the use of simulations and computational science as a third branch, complementing theory and laboratory experiments. The recent exponential growth in network capacity, brought about by the rapid development of agile optical transport, is resulting in another such shift as the 21st century progresses. Essential to this new branch of e-Science applications is the capability of transferring immense amounts of data: dozens and hundreds of TeraBytes and even PetaBytes.
II-SDV 2012 From (Text) Mining to Models: Applying Large-Scale Text Mining on...Dr. Haxel Consult
The document discusses applying large-scale text mining techniques to patents and medical records. It describes Fraunhofer SCAI's research in text mining, disease modeling, and high performance computing. Their work includes developing technologies using HPC for high-throughput information extraction from knowledge sources and applying these techniques to tasks like automatic patent structuring and modeling neurodegenerative diseases.
The document summarizes the 2011 International Microwave Symposium (IMS2011) Student Design Competitions. There were six hardware design competitions sponsored by IEEE Microwave Theory and Technique Society technical committees: a power amplifier, low-noise amplifier, packaged triplexer, wideband balun, optical-to-microwave converter, and software-defined radio. Students were required to design, build, and test their entries. Winners were determined based on criteria such as efficiency, power output, and linearity. The event provided students an opportunity to exercise their design skills and compete with peers from around the world.
Emma Akanjo has over 10 years of experience providing administrative support. She is proficient in Microsoft Office applications and has strong communication skills. Her experience includes roles as an administrative assistant for real estate and transportation companies, a paralegal for legal departments at Pfizer and KPMG, and a workflow analyst.
South Koreans can now soothe hangovers with a new ice cream bar launched by a convenience store chain. Called "hang in there", it is the first ice cream marketed specifically for hangover relief. Drinking is a big part of business culture in South Korea, and the hangover remedy market is worth over $126 million annually. The ice cream contains oriental raisin tree fruit juice, a traditional Korean medicine for hangovers whose extract was found to reduce intoxication symptoms in rats.
This document provides a detailed lesson plan for teaching a course on analog and digital communication. It includes 5 units: 1) Analog Communication, 2) Digital Communication, 3) Data and Pulse Communication, 4) Source and Error Control Coding, and 5) Multi-User Radio Communication. It outlines the topics, objectives, textbooks, reference books, weekly plan, and distribution of topics across weeks. The plan aims to help students understand various communication techniques, learn data and pulse communication, get familiar with source and error coding, and gain knowledge of multi-user radio systems.
The document provides a profile and resume for Risto (Chris) Tasev, an engineer with extensive experience in telecommunications engineering focused on RF and transmission technologies. It details his career history working for various companies in managerial and engineering roles planning, designing, and providing project support for wireless, fiber optic, and satellite systems. The resume also lists his educational background and additional training in areas such as microwave radio design, satellite communications, and video production.
Tim Klepaczyk is an RF and microwave engineering expert with over 15 years of experience in industries such as semiconductor, healthcare, automotive, aerospace, and academia. He has extensive experience designing and testing RF subsystems, antennas, and other components. Most recently, he worked as a senior design engineer at CTS Corporation where he developed RF matching circuits and tested prototype antennas. Prior to that, he was a solutions engineer at Stanley Healthcare where he implemented RFID systems in healthcare facilities across North America. He also has experience in academia as an adjunct professor teaching RF electronics.
Daniel O'Keeffe is currently pursuing a PhD in electrical engineering at University College Cork in Ireland, funded through an Irish Research Council scholarship. His PhD focuses on cooperative control of DC microgrids using low bandwidth communications. He previously completed his undergraduate degree at UCC, achieving a first class honors in electrical and electronic engineering. He has work experience in research engineering and design/evaluation roles, and technical skills in programming, modeling, and electronics.
System Engineering large scale Test and Evaluation. Emphasizes determining Fitness for Purpose and/or Readiness for Operation of deployed systems.Focuses on producing actionable knowledge for the warfighter.
Opening Keynote Lecture
15th Annual ON*VECTOR International Photonics Workshop
Calit2’s Qualcomm Institute
University of California, San Diego
February 29, 2016
This document summarizes recent research areas in electrical engineering, with a focus on circuits and VLSI. It outlines several areas of research including biomedical engineering, communications, computer engineering, dynamics and controls, electromagnetics, nanostructures, optics, and VLSI/CAD. Major universities and their research areas are discussed, such as Harvard, MIT, Stanford, and the University of Pittsburgh. Specific circuits and VLSI research topics are also mentioned, such as VLSI architectures for signal processing, reconfigurable digital systems, and high-speed digital design.
Eli Bendet-Taicher is a fifth-year graduate student working in Professor Alexej Jerschow's laboratory at New York University. He is anticipated to graduate in the fall of 2013. Eli has worked on a diverse set of innovative projects involving spin-noise measurements using nuclear magnetic resonance that could enhance protein NMR spectroscopy sensitivity by up to 30%. Eli has also designed experiments involving traveling-wave NMR methodology and miniaturizing radio-frequency coils. Professor Jerschow highly recommends Eli and expects his dissertation to have a strong impact in several fields based on his self-driven work ethic and acquisition of diverse skills applicable to developing new applications.
Bob Fugerer has over 30 years of experience in embedded engineering, including for electro-optical sensors, control systems, and aerospace instrumentation. He has two undergraduate degrees in engineering and electrical engineering and two master's degrees in digital signal processing and systems engineering. While working at the Arnold Research and Development Center from 1984 to 2000, he developed unique data acquisition and control systems, receiving awards for his work. He then worked as a senior field applications engineer at Arrow Electronics, where he presented seminars nationwide. After five years, he became CTO of a renewable energy startup, leading LED lighting development and obtaining patents and sales. Currently he works as a consultant, completing embedded designs in medical and other fields.
This document describes several programs offered by an organization to facilitate collaboration between universities and industry. The International Exposure Program brings distinguished international lecturers from IEEE to give seminars in Indonesia, covering travel costs. Universities and companies that host lectures are only responsible for local transportation and accommodation. The Link & Match Program connects universities and industry for research collaborations through internships, student thesis projects, and seminars hosted on university campuses. Contact information is provided for those interested in collaborating.
New Approaches in Cognitive Radios using Evolutionary Algorithms IJECEIAES
Cognitive radio has claimed a promising technology to exploit the spectrum in an ad hoc network. Due many techniques have become a topic of discussion on cognitive radios, the aim of this paper was developed a contemporary survey of evolutionary algorithms in Cognitive Radio. According to the art state, this work had been collected the essential contributions of cognitive radios with the particularity of base they research in evolutionary algorithms. The main idea was classified the evolutionary algorithms and showed their fundamental approaches. Moreover, this research will be exposed some of the current issues in cognitive radios and how the evolutionary algorithms will have been contributed. Therefore, current technologies have matters presented in optimization, learning, and classification over cognitive radios where evolutionary algorithms can be presented big approaches. With a more comprehensive and systematic understanding of evolutionary algorithms in cognitive radios, more research in this direction may be motivated and refined.
The document provides information about various departments and research areas within the Department of Electrical Engineering at IIT Bombay that may be relevant for collaboration with ISRO. It discusses expertise in areas such as communications and signal processing, control and computing, microelectronics, power electronics, and VLSI design. Specific projects proposed for collaboration include work on antennas and microwaves, information networks, guidance and control systems, electronics, and power systems. Laboratories and facilities with relevant equipment for potential joint projects are also described.
Wang Qian received their Ph.D. from the National University of Singapore in 2016, where they specialized in receiver design and performance analysis for wireless and optical communications. They have extensive experience in areas such as digital signal processing, machine learning, fiber optics, satellite and wireless communications. Currently, Wang is working on signal detection algorithms for free space optical communication systems and has published several papers in highly cited journals.
Dr. Samer Alabed has over 12 years of experience in teaching and research in electrical engineering, information technology, and telecommunications. He received his Ph.D. in 2008 from Darmstadt University of Technology in Germany, and currently works as a postdoctoral researcher and lecturer there. His areas of technical expertise include wireless communication systems, statistical and digital signal processing, and audio and speech signal processing. He has developed algorithms and taught courses in these fields at the university level.
This curriculum vitae outlines the qualifications and experience of Dr. Andrew Paul Nisbet. He is currently a Senior Lecturer in Computer Science at Manchester Metropolitan University, where he has worked since 2004. His research focuses on compiler optimization techniques for parallel, multicore, and embedded systems. He has supervised several PhD students to completion and currently supervises two PhD students.
Top 10 reseach articles for academia - International Journal of peer-to-peer ...ijp2p
The International Journal of peer-to-peer networking is a quarterly open access peer-reviewed journal that publishes articles that contribute new results in all areas of P2P Networks. The journal provides a platform to disseminate new ideas and new research, advance theories, and propagate best practices in the area of P2P networking. This will include works that relate to peer-to-peer systems, peer-to-peer applications, grid systems, large-scale distributed systems, and overlay networks. The journal offers a forum in which academics, consultants, and practitioners in a variety of fields can exchange ideas to further research and improve practices in all areas of P2P.
Novel framework of retaining maximum data quality and energy efficiency in re...IJECEIAES
There are various unseen and unpredictable networking states in Wireless Sensor Network (WSN) that adversely affect the aggregated data quality. After reviewing the existing approaches of data quality in WSN, it was found that the solutions are quite symptomatic and they are applicable only in a static environment; however their successful applicability on dynamic and upcoming reconfigurable network is still a big question. Moreover, data quality directly affects energy conservation among the nodes. Therefore, the proposed system introduces a simple and novel framework that jointly addresses the data quality and energy efficiency using probability-based design approach. Using a simplified analytical methodology, the proposed system offers solution in the form of selection transmission of an aggergated data on the basis of message priority in order to offer higher data utilization factor. The study outcome shows proposed system offers a good balance between data quality and energy efficiency in contrast to existing system.
Lambda data grid: communications architecture in support of grid computingTal Lavian Ph.D.
The practice of science experienced a number of paradigm shifts in the 20th century, including the growth of large geographically dispersed teams and the use of simulations and computational science as a third branch, complementing theory and laboratory experiments. The recent exponential growth in network capacity, brought about by the rapid development of agile optical transport, is resulting in another such shift as the 21st century progresses. Essential to this new branch of e-Science applications is the capability of transferring immense amounts of data: dozens and hundreds of TeraBytes and even PetaBytes.
II-SDV 2012 From (Text) Mining to Models: Applying Large-Scale Text Mining on...Dr. Haxel Consult
The document discusses applying large-scale text mining techniques to patents and medical records. It describes Fraunhofer SCAI's research in text mining, disease modeling, and high performance computing. Their work includes developing technologies using HPC for high-throughput information extraction from knowledge sources and applying these techniques to tasks like automatic patent structuring and modeling neurodegenerative diseases.
The document summarizes the 2011 International Microwave Symposium (IMS2011) Student Design Competitions. There were six hardware design competitions sponsored by IEEE Microwave Theory and Technique Society technical committees: a power amplifier, low-noise amplifier, packaged triplexer, wideband balun, optical-to-microwave converter, and software-defined radio. Students were required to design, build, and test their entries. Winners were determined based on criteria such as efficiency, power output, and linearity. The event provided students an opportunity to exercise their design skills and compete with peers from around the world.
Emma Akanjo has over 10 years of experience providing administrative support. She is proficient in Microsoft Office applications and has strong communication skills. Her experience includes roles as an administrative assistant for real estate and transportation companies, a paralegal for legal departments at Pfizer and KPMG, and a workflow analyst.
South Koreans can now soothe hangovers with a new ice cream bar launched by a convenience store chain. Called "hang in there", it is the first ice cream marketed specifically for hangover relief. Drinking is a big part of business culture in South Korea, and the hangover remedy market is worth over $126 million annually. The ice cream contains oriental raisin tree fruit juice, a traditional Korean medicine for hangovers whose extract was found to reduce intoxication symptoms in rats.
Makrika King is a medical assistant and former sales representative seeking a new opportunity. She has over 5 years of work experience, including as a medical assistant at Green Cross Medical where she assisted physicians by preparing exam rooms, taking vitals, administering medications, and performing basic lab tests. Previously, as a sales representative for Olan Mills, she contacted customers, demonstrated products, and solicited orders. She is a reliable, hardworking individual whose experience will benefit any company.
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A Finit é um evento anual realizado em Belo Horizonte que busca promover a integração entre grandes empresas e startups visando a geração de negócios inovadores. O evento ocorrerá de 10 a 12 de novembro de 2016 no ExpoMinas e contará com feira interativa, palestras, workshops e espaços para conexões entre expositores de grandes empresas e visitantes de startups, universidades e empreendedores.
Guilford College was founded in 1837 by Quakers and has been shaped by its Quaker heritage. It is a private, selective liberal arts college located in Greensboro, North Carolina with around 1,900 students. The document provides details about Guilford's history, values-based education, academic programs and support, leadership, and priorities for its next Vice President for Academic Affairs. It emphasizes Guilford's commitment to social justice, community, diversity, and preparing students for lives of service and principled leadership.
Este documento presenta un resumen de la historia y operaciones de la Comisión Federal de Electricidad de México. Se fundó en 1937 para proveer electricidad de manera asequible y confiable a toda la población. Actualmente administra la generación, transmisión y distribución de electricidad a nivel nacional. El documento también describe los diferentes tipos de redes de computadoras utilizadas en la empresa y las medidas de seguridad implementadas.
Joshua Jenkins has over 10 years of experience in project management, radar engineering, C4I systems, communications systems, and software development. He currently works as a project manager and lead technical advisor for Riverside Research, providing support to government agencies in radar systems, C4I, communications, and analysis. Prior to his current role, he worked as a research engineer at the University of New Hampshire where he designed systems for radio wave data collection and analysis.
This résumé is for John M. J. Pustai and provides information about his education, community involvement, management experience, technical experience, and work history. He has a B.A. in Physics and Mathematics from Cornell University and started a Ph.D. in Applied Physics at Purdue University. He has over 500 hours of continuing education in various technical fields. His community involvement includes positions on school boards and with technical organizations. He has extensive management and technical experience spanning several decades working in engineering, project management, technical writing, and consulting roles.
Christian I. Igwe is a project manager with over 20 years of experience managing complex technical projects, including satellite antenna design and development at Boeing. He possesses strong skills in project management, team leadership, and antenna design. He has successfully led numerous projects on time and under budget, including completing a GPS satellite antenna project a year ahead of schedule and $7 million under budget. He holds two patents and multiple corporate awards for his work. He is seeking a new opportunity to apply his expertise to benefit a dynamic organization.
Rose Bryant has over 15 years of experience in network engineering, communications, and engineering management. She holds two Master's degrees and a Bachelor's degree. Her experience includes leading the development of worldwide network architectures supporting GPS and managing teams for satellite communications systems. She has received several awards for her program support and technical contributions.
This document provides an overview of terahertz antenna technology for space applications. It begins with an introduction to terahertz technology and its uses in areas such as communications, biomedical imaging, and security. Key challenges in developing terahertz sources, detectors, and antennas are discussed. The brief then covers advancements that have enabled novel terahertz antenna designs, including microfabrication techniques, photonic bandgap structures, metamaterials, and new materials like graphene. It notes that characterizing terahertz antennas and developing accurate models and test facilities remain important research areas. The document concludes that space applications are driving the need for more sensitive detectors, higher data rate communications, and improved antennas to transmit and receive terahertz
A dynamic, highly innovative Engineering Management professional with a successful track record in project and systems engineering, hardware design, software integration, technical documentation, modeling and simulation, electrical engineering, and process improvements technical guidance. Adept at combining solid business knowledge, technical expertise, and hands-on experience to achieve successful outcomes. Proven ability to develop and lead projects from conception through readiness testing and manufacturing processes. Excellent leader, communicator, and presenter.
Elham Ghashghai is a senior project leader at Aerospace Corporation with expertise in system engineering, policy analysis, satellite communication network design, and aerospace architecture design. She has over 20 years of experience leading multi-disciplinary teams at Aerospace Corporation and RAND Corporation. She holds a PhD in Industrial and System Engineering from Purdue University and has taught at USC and LMU.
Kevin Carlson is an electro-optical associate engineer seeking a position that values both its products and employees. He has over 25 years of experience in design, engineering, manufacturing, quality assurance, and testing of laser and electro-optical devices for military, aerospace, and commercial applications. His background includes roles in R&D, production, and supporting major programs for companies such as United Technologies, Goodrich, and Decade Products.
Cynetra Ferguson is a highly skilled systems project engineering professional with over 20 years of experience in diversified fields including energy, telecommunications, medical, and security. She has a proven track record of streamlining processes, developing standard operating procedures, and improving staff performance. Ferguson holds multiple engineering degrees and certifications. Her professional experience includes roles developing documentation, managing projects, and providing technical support. She is also involved in her community through various volunteer activities.
Sachin Kumar Asokan is a graduate student studying RF engineering. He has a Master's degree in electrical engineering from UT Dallas and a Bachelor's degree in instrumentation and control engineering from SRM University. He has internship experience testing RF signals and wireless networks for T-Mobile and BNSF Railway. Additionally, he has internship and course experience designing, simulating, fabricating, and testing RF components including filters, power dividers, and antennas. His technical skills include simulation tools, programming languages, and test equipment for RF and microwave systems.
My updated resume for (UMTS, WCDMA, LTE-Advanced 4G and 5G, SDN and NVF) wireless engineering.
Please feel free to contact me if you have any questions.
This document provides a summary of William M. Ash III's qualifications and experience. It outlines his expertise in areas such as microelectronics, material physics, and electro-optics. It also lists his professional experience, including positions at Belcan Corporation, DeVry University, and Honeywell Defense and Space, where he served as a senior engineer, professor, and technical consultant. Finally, it provides details on his education, including a Ph.D. in Applied Physics from the University of South Florida.
Ronald J Livesay is a physicist with expertise in applied physics, radiation measurement, data analysis, and nuclear security. He received his PhD in Applied Physics from Colorado School of Mines in 2007. He has over 10 years of experience at Oak Ridge National Laboratory, where he conducted research on radiation detection systems, developed data analysis techniques, and patented inventions related to radiation monitoring. He now co-founded Mason Livesay Scientific, LLC in 2012 where he leads research on radiation detector performance and data analysis automation.
Dean Heimmermann has over 26 years of experience in engineering roles including project management, product development, and business development for RF and optical communication and sensor systems. He has successfully executed projects from initial engineering prototypes through volume production. As a project engineer and leader, he has been responsible for projects totaling over $30 million. Heimmermann has also held roles in technical leadership, business development, and staff management. He has a background in multiple applications including LiDAR, optical telecommunications, and defense systems.
Todd Hurt is an experienced systems engineer with over 20 years of experience designing, testing, and analyzing electro-optical sensors. He has held both individual contributor and leadership positions, leading teams and interacting frequently with customers. He is proficient in technical fields including numerical analysis, programming, and requirements management.
Michael Campbell has over 7 years of experience in technical engineering roles including installing and integrating cellular communications equipment. He has expertise in RF engineering, LTE, GSM, UMTS and working knowledge of protocols. His experience includes work with various companies installing, troubleshooting and maintaining equipment for networks. He also has a Bachelor's degree in Technical Management and an Associate's degree in Electronics and Computer Technology.
Russell Childs has over 10 years of experience in technical software engineering, primarily in modeling complex systems. He has a PhD in Particle Physics from Birmingham University and a BSc in Physics from Liverpool University. His skills include C++, algorithms, data structures, physics simulation, and HPC modeling and simulation. He is currently seeking a role utilizing his experience in analysis, OO architecture, design, and safety-critical C++.
Robert Neches is currently the Director of Advanced Engineering Initiatives at the US Department of Defense. He has a PhD in Cognitive Psychology from Carnegie Mellon University and over 30 years of experience in information technology research. His research interests include distributed systems, human-computer interaction, and applying IT methods to government operations. He has held leadership roles at the USC Information Sciences Institute and the Defense Advanced Research Projects Agency, managing multi-million dollar budgets and technology development programs.
The document introduces a testbed for implementing and evaluating an OFDMA-based network coded cooperation system using software defined radio nodes, which allows for the transmission of multiple nodes through TDMA or FDMA. The system was tested through image transmission and showed significantly improved bit error rate performance compared to direct transmission, demonstrating the benefits of network coding for improving transmission quality and reliability. Key implementation details and experimental results are provided to evaluate the performance of the proposed OFDMA-based network coded cooperation scheme.
This document describes the adaptation and evaluation of software-defined radio (SDR) based laboratories at Central State University. Key points:
1. SDR labs were adapted from modules developed at Wright State University and Miami University as part of an NSF-funded collaboration.
2. Five lab modules were developed covering topics from installing SDR tools to advanced concepts. Labs were integrated into undergraduate courses.
3. Student feedback was positive, with most agreeing the labs improved their learning and interest in computer science. Evaluation also found the labs motivated students to remain in STEM programs.
4. The results demonstrate how SDR labs can successfully be adapted to benefit a diverse student population and enhance STEM education,
1. 410-788-8884
HARRY V. WINSOR, PhD, PMP, CSM Applied Scientist January 10, 2013
17 So. Beechwood Ave., Catonsville, MD, 21228, USA 410-788-8884 - Home
E-mail: hvwinsor@comcast.net
PROFESSIONAL PROFILE
Innovative applied scientist and systems engineer with extensive experience in numerous leading edge technologies.
Experience includes specification and computer modeling of complex systems and phenomena; radar; digital, radio and
optical communications; classical and quantum computer algorithms and architectures; high and low power optics; fiber
optics and thin films; optical, structural and electronic materials; nuclear and cryogenic phenomena and applied physics
of systems. Managed and led a wide variety of teams and projects in corporate, military, university, and startup
environments. Proven track record defining technological and scientific opportunities, recognizing vulnerabilities
affecting systems, businesses and products, and conceiving and designing improved products, technologies and
systems architectures. Computer, network and programming literate, active clearances, fluent in German, PMP and
Scrum Master certified, and willing to acquire new skills for suitable challenge.
Education
Ph.D., Engineering (Applied Science), 1978; University of California, Davis (UCD), Davis CA
Experimental Thesis: Angular Distribution of Photoemission from Single Crystal Gallium Arsenide.
M.S., Physics (Nuclear), 1966; University Of Washington, Seattle WA
B.S., Physics, Magna cum Laude, 1965; University Of Washington, Seattle WA
B.A., German, Magna cum Laude, 1965; University Of Washington, Seattle WA
Experience
International Business Machines Inc. (IBM) (Acquired NISC) April 2010 to Present
National Interest Security Company, LLC (NISC-LLC) (Acquired Omen) Mar 2009 to Mar 2010
Omen Inc., Annapolis Junction, MD, and Idaho Falls, ID Sept 2007 to Aug 2009
Advisory IT Architect, SETA support to NSA’s Customer Relationships Directorate Feb 2008 to Present
Support Customer Relationships Directorate of NSA (S11). Author project and program vision documents,
Concepts of Operation, Functional Requirements Specifications, and other procurement documents, track
program requirements, and perform experiments and investigations to determine the cause of process and
software problems, and then suggest solutions to them. Completed Scrum Master certification.
Senior Applied Scientist, Awaiting new task. Completed PMP certification. Sept 2007 to Jan 2008
Senior Applied Scientist, Quantum & Molecular Computing Systems Jan 2001 to Aug 2007
Support the IC-Advanced Research and Development Activity (ARDA) and its successor, DNI/DTO, in the
areas of quantum, molecular, and optical computing technology, strategic technology development and the
prevention of technological surprise mission areas. Plan and manage research efforts in Quantum Information
Science, including defining research priorities, writing the BAA, evaluating proposals, and evaluating
researcher performance. Consult on advanced optical, quantum, and molecular computing, molecular
electronics, QKD and performance limiting phenomena in quantum and classical systems.
The University of Maryland, Baltimore County Campus (UMBC), Baltimore, MD
Adjunct and Research Professor, Applied Physics, 1993 to 2010
Successfully supported establishment of UMBC's Applied Physics program. Identified and proposed several
research collaboration opportunities of significant benefit to both UMBC and Westinghouse. Worked on
proposals for a new lidar (laser radar) system for atmospheric sensing, a new system for detection of
unexploded and buried land mines, and an idea for precision measurement in a space environment. Raised to
Research Professor in 2005.
ANSER, Arlington, VA
Senior Applied Scientist, Space Based Laser Optics Aug 1998 to Jan 2001
Support the Ballistic Missile Defense Office in the area of Space Based Laser Boost-Phase Intercept systems for
theater and national missile defense mission areas. Developed and managed a capability for engineering
performance evaluation of high power optical systems which included new performance limiting phenomena.
Began concurrent support of the Air Force Global Combat Support System. Published 3 professional papers.
2. Jan 10, 2013 Short Resume of Harry V. Winsor Page
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Butler Service Group, Baltimore, MD
Consultant, Applied Engineering Physics Jan 1997 to Apr 1998
B-1B Radar Product Improvement (Air-Air Mode Clutter Studies for Northrop Grumman ESSD). Made
numerous upgrades to FORTRAN engineering modeling code to incorporate new phenomena and geometries.
Westinghouse Electric Company, Electronic Systems Group, Baltimore, MD
Advisory Engineer, Communications Systems Engineering, July 1994 to Dec 1995
Explored architectures of digital communications systems to find and evaluate new approaches with significant
economic, performance or market advantages. Reviewed PCS & digital cellular methods, satellite digital
technology, circuit modularization and interconnection to the public switched telephone network. Identified
methods for improving voice call handling capacity over existing digital services by a factor of up to 100; found
a method of improving bandwidth efficiency of FDMA digital links by a factor of 2-4; invented a method of
cutting the cost of large region SCADA systems by a factor of 2 to 100 and a method of orchestrating mobile
RF nodes to dramatically enhance severe environment performance, resulting in 4 invention disclosures and one
patent.
Advisory Engineer, Public Safety Systems Engineering, Feb 1990 to July 1994
Conceived a new approach to cargo inspection for incorporation into commercial import processing facilities to
exclude drugs, contraband and explosives from containers, luggage and personal effects (3 Disclosures).
Devised a class of fingerprint searching algorithms potentially over 10,000 times more efficient than current
commercial algorithms (4 Disclosures). Invented new fingerprint sensing methods for improved quality and
reliability of impression taking (2 Disclosures).
Advisory Engineer, Communications Systems Engineering, Nov 1986 to Feb 1990
Designed superior satellite to submarine optical communications system receiver, displacing incumbent.
Invented new architectures for military radio frequency communications systems. Devised an approach to
developing extremely high bandwidth superconducting digital communications systems. Proposed a novel
architecture for an inter-satellite optical link eliminating receiving telescope.
Headquarters, Air Force Systems Command, Andrews Air Force Base, MD
Project Forecast Research Manager, Mar 1986 to Nov 1986
Advised Air Force Systems Command program office regarding incorporation of Project Forecast priorities and
recommendations into the Air Force's basic research programs. Briefed Project Forecast II results to Air Force
contractors. Successfully defended the Air Force basic research program.
USAF Project Forecast II, Arlington, VA
Strategic Technology Planner, July 1985 to Mar 1986
Member of the Electronics Panel. Analyzed Air Force needs for advanced technology in the areas of Wafer
Scale Union of microelectronic circuitry and Nonlinear Optics technology. Authored project final report
chapters for both areas, and prepared and edited portions of the final Project briefing.
The Air Force Office of Scientific Research (AFOSR), Bolling Air Force Base, DC
Director (Acting), Electronic and Materials Sciences Directorate, Aug 1983 to July 1985
Directed and reviewed all Air Force fundamental electronics and materials science research. Staffed and
managed program office with 8 professionals and 4 support staff, dramatically improving office efficiency.
Oversaw research at 6 sites and generated $5 million program growth to $50 million per year total.
Deputy Director, Electronic and Materials Sciences Directorate, Jan 1983 to Aug 1983
Initiated an innovative $1 million per year Space Smokes program, much of which transitioned to the Strategic
Defense Initiative. Continued managing $3 million per year in research programs and assisted the Director in
program management. Promoted to Lieutenant Colonel.
Program Manager, Electromagnetic Materials Sept 1980 to Jan 1983
Managed fundamental research programs on Microlithography Resists, Surface and Interface State
Characterization, Optical and Electronic Thin Films, Surface Acoustic Wave Materials and Devices, and
Magnetostatic Wave Materials. Awarded an Air Force Regular Officer's Commission.
3. Jan 10, 2013 Short Resume of Harry V. Winsor Page
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Defense Advanced Research Projects Agency (DARPA), Arlington, VA
Program Manager, Defense Sciences Office (Optical Materials) Aug 1975 to Sept 1980
Managed applied research programs on Laser Windows, Coatings & Mirrors and X-Ray Lasers. Started and
managed new programs on Autoreplication Technology; Surface Acoustic Wave Sensors; New Armor &
Penetrator Materials; Efficient Laser Materials; Strong Optical Fibers; Ultra-low Loss Optical Fibers; and Fiber
Optic Sensors (FOSS). FOSS was designated the Navy's number two technology development program by the
Chief of Naval Operations. Promoted to Major.
The Air Force Weapons Laboratory, Kirtland Air Force Base, NM
Group Chief, Advanced Laser Optics Design, Oct 1973 to Aug 1975
Started and built up new design group to 2 professional and 1-2 support staff, while retaining previous job
responsibilities (see below). Developed and used tools to design Airborne Laser Laboratory optics in the
presence of high power beam-caused component and atmospheric aberrations. Developed system specifications
and preliminary design approaches for a high power laser wavefront interferometer.
Project Officer, Laser Window Design, Oct 1970 to Feb 1974
Started and managed window materials and material window development programs for high power carbon
dioxide lasers and the Airborne Laser Laboratory. Devised methods for tolerancing high power component and
whole-system aberrations to achieve high system optical quality. Found an unsuspected phenomenon, intensity
mapped aberration, and started a new group (see above) to manage it. Supervised 1-2 professionals and
prepared successful program funding requests, including Congressional testimony.
Consulting and Early Employment: Details provided on request
Publications Further Details Available
15 Articles, 2 Patents, 13 Invention Disclosures and Numerous Proposals and Reports.
Awards & Honors Other Information
1991-1995 - 13 Invention Disclosure Awards Military Service: USAF: 1966-1986, LtCol (Ret)
1980 - Joint Services Commendation Medal (DoD) Clearances: Highest: TS (+), Q (+); Current: TS(+)
1977 - Conference Chair; Optics In Adverse Languages: Native English and Fluent German
Environments, SPIE, San Diego, CA Relocation: Open to US and overseas relocation
1965 - Elected to Phi Beta Kappa Detailed resume: Available upon request
Project Management Professional Certification: 27 Dec 2007 Scrum Master certification: June 2010
Computer Skills: Scientific computing focus, with FORTRAN, C++, MS Office with VBA, and familiarity with many
other scripting, software and hardware areas, including assembly language, networking and Mathematica.