Matlab Program For Dolph Chebyshev Array In Java
Experience Summary 16+ years (total) varied experience in Engineering R&D, Product Development, IT Services, Software Development, IT Delivery & Project Management, etc. Details given below: Hardware: » Research, Design and Development experience in the Defence / Aerospace industry in RF / Microwave components, Antennas, Transceivers, Microwave systems, RFID; Fiber Optic systems and components for rotational sensors (Fiber Optic Gyros). » R&D coordination & management experience with higher education / research institutes and industry. » Expert level working knowledge and experience in RF/Microwave hardware product development. » Extensive working knowledge of numerical techniques, computational algorithms & development of computational software using MATLAB, FORTRAN and C for engineering problems. » Expert level working knowledge of development tools like CST Microwave Studio and MATLAB.
» Design and product development experience on RF/Microwave components, RF circuits, and sub-systems. » More than 3 years experience on Fiber and Integrated Optic components. Software: » Managed a mid sized project involving product delivery, releases, enhancements and sustenance of four products of Cisco Systems (switching / real time collaboration applications). Managed projects involving sustenance/maintenance support, planning and scheduling product releases, defect management, etc.
Error in dolphchebyshev array. Learn more about algorithm, filter design MATLAB. In mathematics the Chebyshev polynomials, named after Pafnuty Chebyshev, are a sequence of orthogonal polynomials which are related to de Moivre's formula and which can be defined recursively. One usually distinguishes between Chebyshev polynomials of the first kind which are denoted Tn and Chebyshev.
» Exposure to Software development methodologies and Quality processes. » About 6+ years of software development experience in various domains (including Telecom) with Java/J2EE application development on Windows & UNIX platforms.
Java/XML development skills using JAXP/XSLT. Strong Java programming skills.
Database programming skills with JDBC/SQL on Oracle & SQL-Server. » Server side Java development expertise using J2EE platform specification (Servlets, JSP, EJB, XML, Struts framework, etc) under Application Server platforms like Weblogic, WebSphere, Oracle 9iAS & Tomcat.
» Exposure to various tools and IDEs like Rational Rose, DDTS, Rational ClearCase, EDCS, NetBeans, Eclipse, Visual Age for Java, Visual Cafe, JDeveloper, Visual Source Safe, etc. Outline of Significant Work Done Employer Name Significant Work Done DRDO, Ministry of Defence, Hyderabad 1. Designed and fabricated Microwave/RF components such as polarizer, comparator, transition, compound slot couplers, etc on waveguides / microstrip lines / coaxial line for Antenna and Transceiver sub-systems. Synthesized array antennas. Designed & fabricated slotted waveguide array antenna. Designed optical waveguide and polarizer for optical sensors.
Connected fabrication process model with analysis and performed simulation based design. Carel Winload 32 Download Chrome on this page. Developed an algorithm named 'Finite Difference Vector Beam Propagation Method' or FDVBPM for analysis of optical beam propagation within anisotropic waveguides in crystals like Lithium Niobate. Developed programs and application modules in MATLAB.
Infosys Technologies, Bangalore Developed server-side Java components and software modules for Web-based Applications. SWG Inc., New York, USA Developed application modules based on J2EE framework, took part in requirement analysis, design and implementation.
Worked on various domains like Finance, Telecom Services, Accounting and Government. Wipro Technologies, Bangalore 1. Developed Circularly Polarized Microstrip Patch Antenna for RFID Readers as per stringent specifications for TOSHIBA TEC, Japan. Developed various Microstrip Line Near Field Antennas for RFID Printers at Japanese and European frequency bands for TOSHIBA TEC, Japan.
Prepared RFID Deployment Plan, RFID hardware technical report, and hardware test plans. Provided RFID training to the group in RF Engineering and deployment. Published knowledge documents & technical reports. Made presentations to internal & external groups in RF Engineering, RFID hardware & deployment technology. Evaluated RFID tags & readers and determined physical limits in specified environments. Led a RFID proof of concept - integrating reader to middleware and backend system using Wireless LAN. Simulated and designed tag buffers using substrates over various dielectric, water-based, and metallic items to optimize read/write distance.
Successfully managed a mid sized project involving enhancements & sustenance, product delivery, and releases of 4 products (switching / real time web collaboration) for Cisco Systems Inc. Gained valuable experience in managing projects involving sustenance/maintenance support, planning and scheduling product releases, defect management, risk management, people management, etc. Technology Expertise Engineering Analysis / Design / Simulations Tools MATLAB, CST Microwave Studio, ADS, SONNET, ANSOFT Designer, HFSS, etc. Telecom / Engineering Domain Knowledge § Microwave/RF Engineering – Antennas, Antenna components, Transceiver components and sub-systems based on waveguide / microstrip line / coaxial line, Microwave/RF systems modeling & design. § High Speed Board Design § RF Microelectronics, RFIC, VLSI Technology and Design Process § RFID, GSM / GPRS, Wireless Networks, WLAN, etc.
§ Optical Engineering – Fiber & Integrated optic components, Sensors, etc. § Optical Networks – DWDM, SONET/SDH, MPLS, etc. RF/Microwave Theory & Techniques § Transmission lines – Microstrip lines, Stripline, Waveguide, Coaxial, etc.
§ Impedance matching, filtering, noise & interference control, etc. § Active RF Circuits - Stability, Gain & Noise analysis, simultaneous conjugate matching technique, etc. § S-matrix / T-matrix techniques; Cascaded RF circuits & sub-systems; § Transceiver Design: LNA, power amplifier, oscillators, detectors, mixers, etc. Antennas & Components § Taylor / Dolph-Chebyshev Array Synthesis § Microstrip Patch, Cassegrain, Dielectric, Horn, Slotted planar array, etc.
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