Suleyman Serdar Kozat is a research staff member at IBM researching speech technologies. He has a PhD from the University of Illinois in electrical engineering, with a focus on digital signal processing. He has published numerous papers in signal processing and machine learning and holds several patents. He seeks full-time positions applying machine learning and signal processing to problems such as speech recognition.
Jing Li seeks a position as an SI/EMC engineer with extensive experience in EMC analysis and design. She has a PhD in electrical engineering from Missouri University of Science and Technology with a focus on signal integrity and computational electromagnetics. Her past work includes analyzing EMI issues at Cisco and developing absorbing materials to mitigate radiation. She has published several papers and her research analyzed the radiation mechanisms of optical links and connectors.
Kukkam Narasimha Reddy is seeking a position where he can apply his skills in microelectronics and VLSI design. He has over 3 years of experience designing compiler memories for microprocessors at AMD and Synopsys. His expertise includes circuit design and analysis, meeting timing and power constraints, debugging issues, and characterization of memories. He holds an M.Tech in Microelectronics and VLSI from IIT Roorkee and has published papers on graphene nanoribbon interconnect modeling.
Hasnaa Rabbat has a Masters in Electrical Engineering from the University of Michigan and a Bachelors in Electrical Engineering from the American University of Sharjah. She has work experience as a Flight Algorithms Engineer at Ashima Devices where she implements flight control systems and noise rejection techniques. Prior to this, she held engineering internships in Syria and the UAE. She has received several awards for her senior design projects and research involving wireless communications, signal processing, and assistive technologies for the visually impaired.
Exploring didactic possibilities of an electronic devices remote lab with stu...Federico Lerro
This paper presents some results of an exploratory study carried out with the
collaboration of students, whose aim was to examine the teaching potential of a selfdeveloped
remote lab, called “Electronic Physics Remote Lab”. The remote lab
allows us, among other things, to test different kinds of diodes and transistors.
Students of Electronic Engineering attending Physics IV have been asked to use the
remote lab for the development of the following activities: a) to study the development
of different junctions and infer about their constructive features and b) to obtain
parameters of the devices under different test conditions, and to explain the behaviors
observed from the point of view of the physical processes. Besides, students prepared
test reports of the remote lab.
This document is a resume for Gaurang Prabhakar Narvekar seeking an internship or full-time position in digital/analog/RF circuit design. He has a MS in Electrical and Computer Engineering from Georgia Tech and a BE in Electronics Engineering from Mumbai University. His relevant experience includes projects in DFE design, SRAM design, wireless transceiver design, and IC fabrication. He also has work experience as a software engineer at Accenture.
Sharmila Subhash Patil is currently pursuing an M.Tech in Communication Engineering from VIT Vellore with a specialization in wireless communication and networking, RF, and antenna design. She has a B.E. in Electronics and Telecommunication from RIT Sakharale. She has experience with simulation software like MATLAB, OptiSystem, and CST Microwave Studio. She is looking for an internship and has experience with projects in visible light communication, LTE scheduling algorithms, wearable antennas, and reconfigurable power amplifiers.
Jing Li seeks a position as an SI/EMC engineer with extensive experience in EMC analysis and design. She has a PhD in electrical engineering from Missouri University of Science and Technology with a focus on signal integrity and computational electromagnetics. Her past work includes analyzing EMI issues at Cisco and developing absorbing materials to mitigate radiation. She has published several papers and her research analyzed the radiation mechanisms of optical links and connectors.
Kukkam Narasimha Reddy is seeking a position where he can apply his skills in microelectronics and VLSI design. He has over 3 years of experience designing compiler memories for microprocessors at AMD and Synopsys. His expertise includes circuit design and analysis, meeting timing and power constraints, debugging issues, and characterization of memories. He holds an M.Tech in Microelectronics and VLSI from IIT Roorkee and has published papers on graphene nanoribbon interconnect modeling.
Hasnaa Rabbat has a Masters in Electrical Engineering from the University of Michigan and a Bachelors in Electrical Engineering from the American University of Sharjah. She has work experience as a Flight Algorithms Engineer at Ashima Devices where she implements flight control systems and noise rejection techniques. Prior to this, she held engineering internships in Syria and the UAE. She has received several awards for her senior design projects and research involving wireless communications, signal processing, and assistive technologies for the visually impaired.
Exploring didactic possibilities of an electronic devices remote lab with stu...Federico Lerro
This paper presents some results of an exploratory study carried out with the
collaboration of students, whose aim was to examine the teaching potential of a selfdeveloped
remote lab, called “Electronic Physics Remote Lab”. The remote lab
allows us, among other things, to test different kinds of diodes and transistors.
Students of Electronic Engineering attending Physics IV have been asked to use the
remote lab for the development of the following activities: a) to study the development
of different junctions and infer about their constructive features and b) to obtain
parameters of the devices under different test conditions, and to explain the behaviors
observed from the point of view of the physical processes. Besides, students prepared
test reports of the remote lab.
This document is a resume for Gaurang Prabhakar Narvekar seeking an internship or full-time position in digital/analog/RF circuit design. He has a MS in Electrical and Computer Engineering from Georgia Tech and a BE in Electronics Engineering from Mumbai University. His relevant experience includes projects in DFE design, SRAM design, wireless transceiver design, and IC fabrication. He also has work experience as a software engineer at Accenture.
Sharmila Subhash Patil is currently pursuing an M.Tech in Communication Engineering from VIT Vellore with a specialization in wireless communication and networking, RF, and antenna design. She has a B.E. in Electronics and Telecommunication from RIT Sakharale. She has experience with simulation software like MATLAB, OptiSystem, and CST Microwave Studio. She is looking for an internship and has experience with projects in visible light communication, LTE scheduling algorithms, wearable antennas, and reconfigurable power amplifiers.
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.
Philip "Sam" Davis is pursuing a PhD in electrical engineering from New Mexico State University with a focus on signal processing, embedded programming, and machine learning. He has extensive academic and research experience in these areas, including coursework, research projects analyzing EEG signals to predict human perceptions, and internships. His skills include signal processing, machine learning, embedded systems, and software/hardware design. He is currently finishing his dissertation and has published several papers in the field.
This document summarizes the design, simulation, and testing of a low pass filter for ultra-wideband radar applications. It presents the design parameters of the filter, including the substrate properties and metal thickness. It also shows the schematic of the filter designed in QUCS software. The simulation results show an insertion loss of -0.501 dB and return loss of -29 dB at a cutoff frequency of 1.91 GHz, matching well with the research paper design. The filter meets the requirements for UWB applications.
Hani Esmaeelzadeh is a Ph.D. student in Electrical Engineering at UCLA studying circuits and embedded systems. He received his M.S. in Electrical Engineering from Sharif University of Technology in Iran and his B.S. from K.N. Toosi University of Technology, also in Iran. His research interests include RFICs, analog and mixed-signal circuits, and data converters. He has worked on projects involving oscillators, phase-locked loops, synthesizers, and pipeline ADCs. He has received several honors and fellowships for his academic and research accomplishments.
Lu-an Liu has extensive experience in electronics engineering, signal processing, and sound and vibration. He has independently developed several machine-to-machine communication systems using mobile networks, ARM processors, and protocols like CANbus and Modbus to communicate with heat pumps. He is skilled in areas like electronic design, wireless communications, programming, and acoustic measurements and analyses. Liu holds a master's degree from KTH in Sound and Vibration and is currently working on his thesis.
I have completed my studies and obtained a diploma in electrical engineering. This diploma certifies that I have successfully finished the requirements for this educational program. With this qualification, I am now prepared to enter the workforce in an electrical engineering role or pursue further education.
This doctoral dissertation from Vilnius Gediminas Technical University investigates the efficient implementation of lattice-ladder multilayer perceptrons (LLMLPs) in field programmable gate arrays (FPGAs) for real-time intelligent systems such as speech recognition. The dissertation develops an optimization technique for implementing LLMLPs on FPGAs based on specialized efficiency criteria. It also develops and analyzes optimized FPGA intellectual property cores for feature extraction and comparison in a Lithuanian speech recognizer. Experimental tests evaluate the accuracy and speed of the speech recognizer using the developed LLMLP cores under different conditions.
Pragya Tiwari is seeking a job opportunity where she can apply her educational background and technical skills. She has a Master's degree in Electrical Engineering from the University of Buffalo and ranked first in her undergraduate program in India. Her skills include wireless networking, programming, and industrial tools. She currently works as a Wireless Connectivity Systems Test Engineer at Qualcomm testing NFC applications. Previously she was an Assistant Systems Engineer performing manual and automated testing. Her coursework and projects focused on areas like MIMO systems, LTE, CDMA, smart antennas, and embedded systems. She was awarded best project of the quarter in her previous role.
This document provides a summary of Sergei Aleinik's work experience and qualifications. It outlines over 20 years of experience in signal processing, C/C++ programming, statistical analysis, and developing audio processing algorithms. Key areas of expertise include signal processing, adaptive filtering, speech recognition, and statistical modeling. Recent work involves developing algorithms for microphone arrays, noise suppression, and acoustic signal processing as a research scientist at ITMO University in St. Petersburg, Russia.
Smart Sound Measurement and Control System for Smart CityIRJET Journal
This document summarizes a research paper that proposes a smart sound measurement and control system for smart cities using Internet of Things technology. The system aims to address issues with existing noise measurement devices, such as only detecting noise in limited nearby areas. The proposed system would use multiple inexpensive sound detection devices connected via WiFi that send sensor data to the cloud to be viewed on mobile devices. This would allow for averaging readings across devices and monitoring noise levels in larger spaces. The system is intended to help authorities better enforce noise regulations and view historical noise data to address noise pollution issues near hospitals, schools and other areas that require quiet environments.
This document contains the resume of an individual who graduated from IIT Bombay in 2015 with a B.Tech and M.Tech in Engineering Physics with a CPI of 7.12. It outlines their academic qualifications, research projects, technical skills, extracurricular activities, and awards. Their projects involved working with detectors at various facilities and analyzing particle physics data. They have skills in programming, electronics, and nanotechnology techniques. They were involved in dance, basketball, and have received several awards for their cultural contributions to IIT Bombay.
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.
Rotu Rama Krishna Prasad is an acoustic engineer with experience in research projects applying audio technology to help those with hearing and vision impairments. He has a Master's in Electrical Engineering and Bachelor's in Electrical and Electronics Engineering. His background includes designing algorithms in Matlab to remove acoustic echo from speech signals and implementing binaural hearing systems using microphone arrays. Currently he works as a freelance research assistant engineer developing solutions to reproduce sound while preserving binaural cues.
Ruturaj Apte is pursuing a dual degree (B.Tech+M.Tech) in Engineering Physics from the Indian Institute of Technology Bombay. His specialization is in nanoscience. He has worked on several research projects involving detector design and data analysis for particle physics experiments. He is currently working to develop low noise readout electronics for diamond detectors. Ruturaj also has technical skills in programming, PCB design, electronics, and nanotechnology techniques. He has received several academic and extracurricular achievement awards throughout his education.
Apoorv V. Joshi is seeking a job as a software engineer. He has a Master's degree in Computer Engineering from North Carolina State University and a Bachelor's degree in Electronics and Telecommunication from Pune Institute of Computer Technology in India. His technical skills include programming languages like Java, Python, C, C++, and network tools. He has internship experience developing an electro retino graphy system. His projects involve creating a handover application for VoIP calls on Android and modifying Linux kernel modules to prioritize emergency network traffic. He also has experience with simulation tools and analyzing variants of TCP congestion control.
Kshama Parakh seeks a challenging position in SoC and IP design utilizing her skills in synthesis, DFT, UPF and VLSI. She has experience from an internship at Intel working on synthesis flow, regression and flow testing, and automation. She developed scripts to parse SCANDEF files, compare directories, and check port attributes. Her M.Tech project analyzed UPF impact on DFT parameters. Course projects included priority encoder design and fault modeling. She holds an M.Tech from Nirma University and B.E from Bhilai Institute of Technology.
Chandrashekar is seeking a career in VLSI design and embedded systems. He has an M.Tech in VLSI design from Nitte Meenakshi Institute of Technology and a B.E in electronics and communication. He has experience with analog circuit design, PCB design, and controller programming from an internship. His technical skills include C, Verilog, VHDL, and tools like LTSpice, Cadence, and MATLAB. His academic projects include an automated library management system and an ADPLL design for S-band transceivers.
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.
This document lists 26 publications by Lee Kar Heng including international conference presentations and papers on topics related to antennas and propagation, radar and electronic warfare, education, entrepreneurship, and sports science and parenting. The publications span 1999-2018 and were presented at conferences in locations including China, Hong Kong, Singapore, Malaysia, USA, Maldives, Vietnam, Dubai, and South Africa. Lee Kar Heng holds a Ph.D and other degrees and serves on advisory committees and in leadership roles for organizations including IEEE Singapore Section and the Association of Old Crows.
- The document contains the resume of Amit Kaushik which summarizes his personal details, education qualifications, work experience and skills. It details his B.Tech degree in electronics and communication engineering and his current role as an FM SWITCH PACKET CORE ENGINEER at Ericsson. It also provides details of his previous work as an AM-NSS engineer at Nokia solution networks and internships. The resume lists his proficiency in technologies like MATLAB, Arduino, Raspberry Pi and programming languages C++ and C. It also outlines his achievements and projects completed.
The document provides a study guide covering major historical periods and topics from 1300-1700 CE, including the Renaissance, Exploration and Monarchy, the Protestant Reformation and Counter Reformation, the Scientific Revolution, and the Industrial Revolution. It lists important artists, inventors, and figures to know from each period and asks students to explain concepts like humanism, the causes of the French Revolution, the English Civil Wars, and scientific discoveries of the time. Students are to compare values and arts between the Middle Ages and Renaissance, and understand the significance of events like Martin Luther's translation of the Bible and the Council of Trent.
For my Pre-AP students. Please read the information in this PowerPoint. The Ottoman and Mughals are on the test. The Safavids ARE NOT on the test, but ARE included in the DBQ for Friday.
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.
Philip "Sam" Davis is pursuing a PhD in electrical engineering from New Mexico State University with a focus on signal processing, embedded programming, and machine learning. He has extensive academic and research experience in these areas, including coursework, research projects analyzing EEG signals to predict human perceptions, and internships. His skills include signal processing, machine learning, embedded systems, and software/hardware design. He is currently finishing his dissertation and has published several papers in the field.
This document summarizes the design, simulation, and testing of a low pass filter for ultra-wideband radar applications. It presents the design parameters of the filter, including the substrate properties and metal thickness. It also shows the schematic of the filter designed in QUCS software. The simulation results show an insertion loss of -0.501 dB and return loss of -29 dB at a cutoff frequency of 1.91 GHz, matching well with the research paper design. The filter meets the requirements for UWB applications.
Hani Esmaeelzadeh is a Ph.D. student in Electrical Engineering at UCLA studying circuits and embedded systems. He received his M.S. in Electrical Engineering from Sharif University of Technology in Iran and his B.S. from K.N. Toosi University of Technology, also in Iran. His research interests include RFICs, analog and mixed-signal circuits, and data converters. He has worked on projects involving oscillators, phase-locked loops, synthesizers, and pipeline ADCs. He has received several honors and fellowships for his academic and research accomplishments.
Lu-an Liu has extensive experience in electronics engineering, signal processing, and sound and vibration. He has independently developed several machine-to-machine communication systems using mobile networks, ARM processors, and protocols like CANbus and Modbus to communicate with heat pumps. He is skilled in areas like electronic design, wireless communications, programming, and acoustic measurements and analyses. Liu holds a master's degree from KTH in Sound and Vibration and is currently working on his thesis.
I have completed my studies and obtained a diploma in electrical engineering. This diploma certifies that I have successfully finished the requirements for this educational program. With this qualification, I am now prepared to enter the workforce in an electrical engineering role or pursue further education.
This doctoral dissertation from Vilnius Gediminas Technical University investigates the efficient implementation of lattice-ladder multilayer perceptrons (LLMLPs) in field programmable gate arrays (FPGAs) for real-time intelligent systems such as speech recognition. The dissertation develops an optimization technique for implementing LLMLPs on FPGAs based on specialized efficiency criteria. It also develops and analyzes optimized FPGA intellectual property cores for feature extraction and comparison in a Lithuanian speech recognizer. Experimental tests evaluate the accuracy and speed of the speech recognizer using the developed LLMLP cores under different conditions.
Pragya Tiwari is seeking a job opportunity where she can apply her educational background and technical skills. She has a Master's degree in Electrical Engineering from the University of Buffalo and ranked first in her undergraduate program in India. Her skills include wireless networking, programming, and industrial tools. She currently works as a Wireless Connectivity Systems Test Engineer at Qualcomm testing NFC applications. Previously she was an Assistant Systems Engineer performing manual and automated testing. Her coursework and projects focused on areas like MIMO systems, LTE, CDMA, smart antennas, and embedded systems. She was awarded best project of the quarter in her previous role.
This document provides a summary of Sergei Aleinik's work experience and qualifications. It outlines over 20 years of experience in signal processing, C/C++ programming, statistical analysis, and developing audio processing algorithms. Key areas of expertise include signal processing, adaptive filtering, speech recognition, and statistical modeling. Recent work involves developing algorithms for microphone arrays, noise suppression, and acoustic signal processing as a research scientist at ITMO University in St. Petersburg, Russia.
Smart Sound Measurement and Control System for Smart CityIRJET Journal
This document summarizes a research paper that proposes a smart sound measurement and control system for smart cities using Internet of Things technology. The system aims to address issues with existing noise measurement devices, such as only detecting noise in limited nearby areas. The proposed system would use multiple inexpensive sound detection devices connected via WiFi that send sensor data to the cloud to be viewed on mobile devices. This would allow for averaging readings across devices and monitoring noise levels in larger spaces. The system is intended to help authorities better enforce noise regulations and view historical noise data to address noise pollution issues near hospitals, schools and other areas that require quiet environments.
This document contains the resume of an individual who graduated from IIT Bombay in 2015 with a B.Tech and M.Tech in Engineering Physics with a CPI of 7.12. It outlines their academic qualifications, research projects, technical skills, extracurricular activities, and awards. Their projects involved working with detectors at various facilities and analyzing particle physics data. They have skills in programming, electronics, and nanotechnology techniques. They were involved in dance, basketball, and have received several awards for their cultural contributions to IIT Bombay.
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.
Rotu Rama Krishna Prasad is an acoustic engineer with experience in research projects applying audio technology to help those with hearing and vision impairments. He has a Master's in Electrical Engineering and Bachelor's in Electrical and Electronics Engineering. His background includes designing algorithms in Matlab to remove acoustic echo from speech signals and implementing binaural hearing systems using microphone arrays. Currently he works as a freelance research assistant engineer developing solutions to reproduce sound while preserving binaural cues.
Ruturaj Apte is pursuing a dual degree (B.Tech+M.Tech) in Engineering Physics from the Indian Institute of Technology Bombay. His specialization is in nanoscience. He has worked on several research projects involving detector design and data analysis for particle physics experiments. He is currently working to develop low noise readout electronics for diamond detectors. Ruturaj also has technical skills in programming, PCB design, electronics, and nanotechnology techniques. He has received several academic and extracurricular achievement awards throughout his education.
Apoorv V. Joshi is seeking a job as a software engineer. He has a Master's degree in Computer Engineering from North Carolina State University and a Bachelor's degree in Electronics and Telecommunication from Pune Institute of Computer Technology in India. His technical skills include programming languages like Java, Python, C, C++, and network tools. He has internship experience developing an electro retino graphy system. His projects involve creating a handover application for VoIP calls on Android and modifying Linux kernel modules to prioritize emergency network traffic. He also has experience with simulation tools and analyzing variants of TCP congestion control.
Kshama Parakh seeks a challenging position in SoC and IP design utilizing her skills in synthesis, DFT, UPF and VLSI. She has experience from an internship at Intel working on synthesis flow, regression and flow testing, and automation. She developed scripts to parse SCANDEF files, compare directories, and check port attributes. Her M.Tech project analyzed UPF impact on DFT parameters. Course projects included priority encoder design and fault modeling. She holds an M.Tech from Nirma University and B.E from Bhilai Institute of Technology.
Chandrashekar is seeking a career in VLSI design and embedded systems. He has an M.Tech in VLSI design from Nitte Meenakshi Institute of Technology and a B.E in electronics and communication. He has experience with analog circuit design, PCB design, and controller programming from an internship. His technical skills include C, Verilog, VHDL, and tools like LTSpice, Cadence, and MATLAB. His academic projects include an automated library management system and an ADPLL design for S-band transceivers.
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.
This document lists 26 publications by Lee Kar Heng including international conference presentations and papers on topics related to antennas and propagation, radar and electronic warfare, education, entrepreneurship, and sports science and parenting. The publications span 1999-2018 and were presented at conferences in locations including China, Hong Kong, Singapore, Malaysia, USA, Maldives, Vietnam, Dubai, and South Africa. Lee Kar Heng holds a Ph.D and other degrees and serves on advisory committees and in leadership roles for organizations including IEEE Singapore Section and the Association of Old Crows.
- The document contains the resume of Amit Kaushik which summarizes his personal details, education qualifications, work experience and skills. It details his B.Tech degree in electronics and communication engineering and his current role as an FM SWITCH PACKET CORE ENGINEER at Ericsson. It also provides details of his previous work as an AM-NSS engineer at Nokia solution networks and internships. The resume lists his proficiency in technologies like MATLAB, Arduino, Raspberry Pi and programming languages C++ and C. It also outlines his achievements and projects completed.
The document provides a study guide covering major historical periods and topics from 1300-1700 CE, including the Renaissance, Exploration and Monarchy, the Protestant Reformation and Counter Reformation, the Scientific Revolution, and the Industrial Revolution. It lists important artists, inventors, and figures to know from each period and asks students to explain concepts like humanism, the causes of the French Revolution, the English Civil Wars, and scientific discoveries of the time. Students are to compare values and arts between the Middle Ages and Renaissance, and understand the significance of events like Martin Luther's translation of the Bible and the Council of Trent.
For my Pre-AP students. Please read the information in this PowerPoint. The Ottoman and Mughals are on the test. The Safavids ARE NOT on the test, but ARE included in the DBQ for Friday.
Sent by Idris Tuna from Mustafa Zeki Demir Ortaokulu, Istambul. Part of eTwinning project - Meeting point in history: Szigetvár (translation from Turkish)
The document summarizes the rise and golden age of the Ottoman Empire under Suleyman the Magnificent from 1520 to 1566. It describes how the Ottomans conquered Constantinople in 1453, expanding their empire through effective military strategies and new technologies like cannons. Suleyman strengthened the government and justice system, holding absolute power but consulting advisors. He oversaw the construction of the grand Suleyman Mosque in Istanbul, demonstrating the empire's power and cultural contributions under his rule.
Suleiman the Magnificent ruled the Ottoman Empire from 1520 to 1566, during which time the empire reached its maximum territorial extent. He conquered Hungary, defeated the Habsburg Emperor Charles V, took Baghdad, and promoted a legal system and culture. However, he had his closest friend and advisor Ibrahim executed, and ensured his legacy by having all his sons other than the successor killed.
Suleiman the Magnificent was the Sultan of the Ottoman Empire from 1520 until his death in 1566. He expanded the Empire greatly through military conquests and presided over the Empire's golden age. As a patron of the arts, he oversaw great architectural works like the Suleymaniye Mosque complex in Istanbul designed by the famed architect Mimar Sinan. Suleiman instituted major legal and administrative reforms that helped standardize the laws of the Empire. He was also a talented poet and patron of the many artistic societies that flourished during his reign.
The Ottoman Empire was founded in the 1300s by Osman I, who captured Byzantine forts. It expanded under subsequent sultans until Tamerlane halted its growth by defeating the Ottoman sultan Bayezid. Mehmed II conquered Constantinople for the Ottomans in 1453, establishing their control over the Bosporus Strait. Selim I expanded the empire further by conquering Egypt and the Arabian Peninsula. Suleiman I presided over the Ottoman Empire at its height during the 1500s, though its power declined after several ineffective sultans. A major naval defeat by a Christian alliance at the 1571 Battle of Lepanto marked the end of Ottoman dominance in the Mediterranean.
The document summarizes the decline and fall of the Ottoman Empire over several centuries. It began with the failed Siege of Vienna in 1529, which halted Ottoman expansion into central Europe. The naval defeat at Lepanto in 1571 ended Ottoman dominance at sea. Other factors included ineffective sultans, the rise of nationalist sentiments within subject territories, and increasing European imperialism and geopolitical interests in Ottoman lands. By the early 1900s, the Ottomans were weakened and in debt, leading to their alliance with Germany in World War 1 and the subsequent dissolution of the Ottoman Empire after defeat.
The Ottoman Empire lasted from 1280 to 1918 and was once the largest empire in the world. It was led by sultans and was a center of trade between Europe and Asia. The empire grew powerful under leaders like Mehmet II and Suleyman the Magnificent, controlling trade routes and developing advanced military technologies. However, the empire eventually declined as European powers surpassed Ottoman control of trade, wealth, and technology.
The Ottoman Empire rose to power in the 15th century by conquering Constantinople in 1453 and making it their capital Istanbul. Over the next centuries, the Ottomans expanded their empire to control much of the Middle East, Egypt, the Balkans, and parts of Russia and Europe. Their military success was due to technologies like cannons and skilled soldiers. At its peak in the 16th century under Suleiman the Magnificent, the Ottoman Empire entered a Golden Age and established a government and legal system. However, problems later emerged such as poor leadership and corruption, and the empire declined as European powers industrialized while the Ottomans remained agricultural.
The document discusses enabling innovative wireless solutions through the design of wireless sensor networks for spectrum sensing and cognitive communication (CROPS project). It outlines the challenges of dynamic spectrum access and the need for knowledge of spectrum availability. The CROPS project objectives are to design spectrum sensing wireless sensor networks that address spectrum sensing requirements, sensor data fusion, cooperative transmission, and multihop communication, as well as sensing hardware design.
Russell John Childs has over 20 years of experience in technical software engineering, modeling complex systems, and safety-critical C++ development. He has a PhD in Particle Physics from Birmingham University and skills in C++, algorithms, parallel programming, hardware modeling, testing, and more. His resume details roles at Microsoft, Sun Microsystems, Advantest, and more where he developed load balancing algorithms, hardware behavior models, testing frameworks, and more. He is currently seeking a role utilizing his experience in analysis, architecture, design, C++, and physics/mathematics background.
This document provides a summary of Avinash Malik's education, employment history, projects, teaching experience, and publications. Some key details:
- Avinash Malik received his PhD in Electrical and Computer Engineering from the University of Auckland in 2010, with a thesis on a new system-level programming language called SystemJ.
- He is currently a Lecturer at the University of Auckland, where he has supervised several PhD and masters students. His projects include work on peer-to-peer lending portfolio optimization and heart modeling from ECG data.
- Previous positions include postdoctoral research roles at Trinity College Dublin, IBM Research Dublin, and INRIA Grenoble-Rhône
Eric M. Rehder has over 20 years of experience in materials science, semiconductor device fabrication and characterization. He is currently a Senior Staff Engineer at Spectrolab Inc., where he pursues government funded development programs and identifies innovative manufacturing processes. Previously he held several engineering roles developing solar cells, RF devices, and managing production programs. He has a Ph.D. in Materials Science from University of Wisconsin-Madison and numerous patents and publications in the field.
Successful systems engineering requires a broad understanding of the important principles of modern satellite communications and onboard data processing. This course covers both theory and practice, with emphasis on the important system engineering principles, tradeoffs, and rules of thumb. The latest technologies are covered, including those needed for constellations of satellites.
This course is recommended for engineers and scientists interested in acquiring an understanding of satellite communications, command and telemetry, onboard computing, and tracking.
Adithya Rajan is seeking a career in machine learning and big data. He has a Ph.D. in Electrical Engineering from Arizona State University with extensive coursework in machine learning, optimization, and statistics. He has over 3 years of industry experience as a data scientist and research engineer developing machine learning algorithms. His research focuses on applying statistical techniques like stochastic ordering and information theory to wireless communications and signal processing.
This document is a resume for Austin Cousineau, an electrical engineer with experience in hardware design, laboratory skills, and software proficiency. He received his Bachelor of Applied Science in Electrical Engineering from the University of Waterloo. His relevant work experience includes multiple co-op positions at Facebook, Apple, and Thalmic Labs focusing on storage systems engineering, iPhone hardware testing, and electrical engineering. He has also received several awards for his capstone project developing integrated sensors for agricultural monitoring.
Dr. Hatem Yousry El-Sayed is seeking an innovative research or teaching position where he can apply his academic background and experience. He has a PhD in electronics and communications engineering from Ain Shams University in Egypt. His research interests include digital signal processing system design, cognitive radio networks, and spectrum sensing algorithms. He has taught courses in electronic circuits, communications systems, digital signal processing, VLSI design, and PLC programming.
Practical signal processing using matlabYogesh Angal
Here are the key steps to estimate the Doppler frequency from radar returns to determine vehicle speed:
1. Demodulate the received radar signal to baseband to extract the complex envelope. This will produce a signal of the form s[n] = (A/2)exp(j2πFDnΔ + φ), where FD is the Doppler frequency related to vehicle speed.
2. Sample the complex envelope at a rate Fs higher than twice the maximum expected Doppler frequency to avoid aliasing.
3. Estimate the Doppler frequency FD from the sampled complex envelope using techniques like periodogram or autoregressive spectral estimation. The Doppler estimate allows calculating the vehicle speed as v = cFD/2F0.
4.
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.
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1. Suleyman Serdar Kozat
E-mail: kozat@us.ibm.com
URL : http://www.research.ibm.com/people/k/kozat
174 Nob Hill Drive Tel: (914) 945 2713
Elmsford, NY 10523
Objective A full-time position with interests in machine learning, signal processing, speech
processing, development of signal processing and machine learning algorithms, data mining.
Qualifications
• Research work accomplished in the field of signal processing and machine learning with
emphasis on adaptive signal processing and machine learning algorithms for signal
processing; equalization, prediction, estimation and speech recognition, mathematical finance
and data mining: with several publications.
• Ranked 1st in OYS in 1994 based on nets.
• Recipient of several medals in mathematics competitions including competitions by ODTU,
AFL, Ozdebir.
• Recipient of several fellowships including Bilkent University Fellowship, Is Bankasi
Achievement Scholarship, Vakifbank Scholarship, Electric Telecommunications A.S
Scholarship (Nortel), Final Dersaneleri Fellowship, Sema Yazar Vakfi Fellowship.
• Several patent application for works done in Microsoft Research and IBM Research.
Education
2001-2004 PhD. in Electrical and Computer Engineering,
University of Illinois at Urbana-Champaign. Urbana, IL, USA
Advisor: Dr. Andrew C. Singer
o Concentration: Digital Signal Processing
o Thesis title: Competitive Signal Processing
1999-2001 M.S. in Electrical and Computer Engineering,
University of Illinois at Urbana-Champaign. Urbana, IL, USA
Advisor: Dr. Andrew C. Singer
o Concentration: Digital Signal Processing
o Thesis title: Multi-stage Adaptive Filters
o GPA: 3.94/4.00
1994-1998 B.S. in Electrical Engineering,
Bilkent University. Ankara, Turkey
Supervisor: Dr. Orhan Arikan
o High Honour: GPA: 3.89/4.00
o Awarded Full Scholarship for 4 years of undergraduate study.
o Ranked 4th in the EE department upon graduation
1991-1994 Ankara Fen Lisesi,. Ankara, Turkey
2. Experience
A brief description of research work is also available in Addendum.
• Full-time Research Staff Member: IBM, T.J. Watson Research Center, Yorktown, NY
(2004-Present)
Pervasive Speech Technologies
o Analysis and diagnoses of call center applications for performance improvement.
o Design and implementation of unsupervised and semi-supervised model training, and
active learning algorithms for telephony applications.
o Extension of linear feature transforms such as FMLLR with nonlinear transformations
based on fMPE for switchboard evaluations.
o Design and implementation of task and grammar independent confidence measures.
The proposed algorithms will be used in the latest IBM speech recognition engine.
o Design and implementation of model combination algorithms based on multi-stage
adaptive filtering for speech-to-speech translation systems.
• Software Developer: Microsoft Research, Redmond, Washington ( 2002-2004)
Cryptography and Anti-Privacy Group
o Design and implementation of novel robust signal hashing and watermarking
algorithms.
o Design and implementation of attacks on robust signal hashing and watermarking
algorithms based on universal estimation and prediction algorithms.
• Research Assistant: University of Illinois at Urbana-Champaign. Urbana, IL (1999-2004)
Advisor: Dr. Andrew C. Singer
o Member of Center for Signal Processing and Channel Coding (CSPCC)
Member of Wireless Communications Group (WCC)
o Introduced and developed new multistage algorithms as well as analyzed old
multistage algorithms for applications on universal data prediction, speech modeling
and coding, adaptive channel equalization.
o Provided convergence and optimality proofs for the proposed new algorithms.
o Derived worst case bounds on the performance of the best sequential prediction
algorithm for any bounded sequence
o Design and implementation of universal predictors that achieve optimality in the
worst case against several different competing algorithms including class of all linear,
nonlinear, switching predictors.
• Research Intern: Microsoft Research, Redmond, Washington (May 2003)
Signal Processing Group
o Introduced 3 new modes of operation for AMR-WB (adaptive multi band wideband)
speech codec which would be recommended to 3GPP for packet loss recovery.
o Introduced and implemented optimal media dependent FEC (forward error correction)
algorithms for loss recovery in packet switch networks. As a result of this work,
AMR-WB codec would be recommended to product groups, with the corresponding
loss-recovery algorithm, to be used in VoIP (voice over IP) applications.
o Implemented a novel stereophonic acoustic echo cancellation algorithm for VoIP
applications.
• Research Intern: Microsoft Research, Redmond, Washington (August 2003)
Cryptography and Anti-Privacy Group
3. o Introduced robust hashing and watermarking algorithms using pseudo random
geometric statistics to be used for audio, images and video.
o Implemented several novel watermarking algorithms based on matrix invariants, with
an emphasis on Singular Value Decomposition (SVD).
o Several patents are submitted.
• Research Intern: IBM, T.J. Watson Research Center, Yorktown, New York (May 2000)
Speech Processing Group
o Kalman Filtering for cepstrum bias removal.
o Speech signal enhancement by using discrete prolate spheroidal sequences.
o Speech modeling
• Graduation Project: Bilkent University (Spring 1998)
o Design and implementation of maximum likelihood and adaptive filtering algorithms
for online frequency estimation of sinusoidal data.
• Research Intern: Aselsan Electronic Industries Inc. Ankara, Turkey (June 1998)
Signal Process Group
o Design and implementation of an automatic modulation-recognition
system for analog and/or digitally-modulated signals with low SNR.
• Research Intern: Aselsan Electronic Industries Inc. Ankara, Turkey (June 1997)
Signal Process Group
o Implementation of an elliptic filter of order 15 for radar signal processing
applications.
Sample Publications
Available at http://www.research.ibm.com/people/k/kozat
• Suleyman S. Kozat, “Competitive Signal Processing,” Ph.D. Thesis, Department of Electrical
and Computer Engineering, University of Illinois at Urbana-Champaign, 2004
• Suleyman S. Kozat, “Multistage Adaptive Filters,” MS. Thesis, Department of Electrical and
Computer Engineering, University of Illinois at Urbana-Champaign, 2001
• Andrew C. Singer, Suleyman S. Kozat, Meir Feder, “A Sequential Probability Approach to
Universal Linear Least-Squares Prediction,” Information Theory, IEEE Transactions on ,
Volume: 48 Issue: 8 Aug. 2002 Page(s): 2354 –2362
• Suleyman S. Kozat, Andrew C. Singer, “Universal piecewise prediction via context trees,”
submitted to IEEE Transactions on Signal Processing T-SP-04291-2006
• Suleyman S. Kozat, Andrew C. Singer, “Universal piecewise constant and linear least squares
prediction,” submitted to IEEE Transactions on Signal Processing T-SP-04541-2006
• Suleyman S. Kozat, Andrew C. Singer, “Universal portfolios for switching and side-
information,” to be submitted to Journal of Mathematical Finance
• Suleyman S. Kozat, Andrew C. Singer, “Multiple order RLS prediction,” to be submitted to
IEEE Transactions on Signal Processing
• Suleyman S. Kozat, Andrew C. Singer, “Multiple order LMS prediction,” to be submitted to
IEEE Transactions on Signal Processing
• Suleyman S. Kozat, Andrew C. Singer, “Universal switching linear least squares prediction ,”
Proceedings of IEEE Conference on Information Theory and Its Applications, 6-10, UCSD,
La Jolla, CA, 2006
4. • Andrew C. Singer and Suleyman S. Kozat, “Universal context tree least squares prediction ,”
accepted for publication in the Proceedings of IEEE International Symposium on Information
Theory, 2006
• Suleyman S. Kozat, Karthik Visweswariah, Ramesh Gopinath, “Feature Adaptation Based on
Gaussian Posteriors,” Proceedings of IEEE International Conf. on Acous., Speech and Sig.
Processing, 2006
• Andrew C. Singer and Suleyman S. Kozat, “Universal context tree p-th order least squares
prediction,” submitted to the IEEE Workshop on Machine Learning for Signal Processing
2006
• Suleyman S. Kozat, Andrew C. Singer, “Universal portfolios for switching and side-
information,” submitted to the IEEE Workshop on Machine Learning for Signal Processing
2006
• Suleyman S. Kozat, Andrew C. Singer, “Minmax Optimal Prediction with Side Information”,
Proceedings of IEEE Conference on Acoustic, Speech and Sig. Proc., 469-72, 2004
• David Luengo, Suleyman S. Kozat, Andrew C. Singer, “Universal Piecewise Linear Least
squares Prediction,” Proceedings of IEEE International Symposium on Information Theory,
pp 198, 2004
• Suleyman S. Kozat, M. Kivanc Mihcak, Ramarathnam Venkatesan, “Robust Perceptual Image
Hashing via Matrix Invariants,” Proceedings of IEEE International Conference on Image
Processing, pp 3443-46, 2004
• Suleyman S. Kozat, Andrew C. Singer, “A lower bound on the performance of sequential
prediction,” Proceedings of IEEE International Symposium on Information Theory, 2002, 147
–147
• Suleyman S. Kozat, Andrew C. Singer, “Further Results on Multistage Adaptation
Algorithms,” Proceedings of IEEE International Conf. on Acous., Speech and Sig.
Processing, Orlando, US, 2002
• Suleyman S. Kozat, Andrew C. Singer, “On Universal Linear Prediction of Gaussian Data,”
Proceedings of IEEE International Conf. on Acous., Speech and Sig. Processing, Istanbul,
Turkey, 2000
• Suleyman S. Kozat, Andrew C. Singer, “Multi-Stage Adaptive Signal Processing
Algorithms,” First IEEE Sensor Array and Multichannel Sig. Proc. Workshop March, 2000
Massachusetts, USA
• Suleyman S. Kozat, Dinei Florencio, “Media Dependent Optimal FEC Transmission
Algorithms”, in preparation for submission to IEEE Conference on Acous., Speech and
Sig.Processing
• Suleyman S. Kozat, Karthik Visweswariah, Ramesh Gopinath, “Efficient, Low Latency
Adaptation for Speech Recognition,” in preparation for submission to International
Conference on Spoken Language Processing
Patents
• S. S. Kozat, R. Sarikaya, Y. Gao, “Optimal model selection and hypotheses combination for
spoken dialog systems and machine translation,” filed 2006
• S. S. Kozat, R. Sarikaya, A. Buyuktosunoglu, “A method and apparatus for optimal prediction
of microprocessor behaviour,” filed 2006
• S. S. Kozat, R. Venkatesan, M. K. Mihcak, “Digital goods representation based on matrix
invariants,” invention report filed 2004
Skills Languages: Turkish / English
5. Computer languages: C/C++ (Highly Experienced), Matlab, (Highly Experienced), 80x86
assembly, Pascal.
Utilities: Magic, Hspice, Pspice, Spice3, B2 Logic, Microsoft office programming packages,
various publishing and presentation packages.
Operating systems: Unix, Linux, Windows
Related Coursework
Micro and Macro Economics, Stochastic Processes, Real Analysis, Differential Equations,
Advanced Topics in Signal Processing, Digital Signal and Spectral Estimation, Digital
Imaging, Adaptive Signal Processing, Detection and Estimation Theory, Digital and Analog
Communication Systems, Information Theory, Digital Image and Video Processing,
Communication Networks, Modeling and Control of High-Speed Networks.
References
• Andrew C. Singer, University of Illinois At Urbana-Champaign, Urbana, IL
Email: acsinger@uiuc.edu
• M. Kivanc Mihcak, Bogazici University, Istanbul, Turkey
Email: kivanc.mihcak@boun.edu.tr , kivancm@microsoft.com
• Yoram Bresler, University of Illinois At Urbana-Champaign, Urbana, IL
Email: ybresler@ifp.uiuc.edu