Web-based Remote Semiconductors Devices Testing Laboratory

•Download as PPT, PDF•

0 likes•342 views

This paper presents the web-based remote laboratory that will be used as part of the practice for the Electronic Physics subject at the Electronic Engineering course of the National University of Rosario, Argentina. This remote laboratory was developed as a final project of the course by two students. In this project several semiconductors devices (diodes, BJT, J-FET, and phototransistors) can be tested in order to obtain the output characteristics of each one and to study the behavior in different conditions. The fact that the user (student) does not need to install any software to access via Internet and the low cost for implementation of the laboratory, are the most outstanding advantages of this Lab.

Web-based Remote Semiconductors
Devices Testing Laboratory
Web-based Remote Semiconductors
Devices Testing Laboratory
REV 2007 – http://www.rev-conference.org
Porto (Portugal) – June 25/27, 2007
F. G. Lerro, M. D. Protano
Faculty of Exact Sciences, Engineering and Surveying
National University of Rosario, Rosario, Argentina

F. G. Lerro, M. D. Protano
Faculty of Exact Sciences, Engineering and Surveying
WEB-BASED REMOTE SEMICONDUCTORS DEVICES TESTING LABORATORYWEB-BASED REMOTE SEMICONDUCTORS DEVICES TESTING LABORATORY
What are they?
They are laboratories where the experiments can be carried
out remotely
The degree of functionality and level of user access has
evolved thanks to advances in web applications and
technologies
Advantages
Allow the students to use the laboratory at any time
The same equipment can be use by all the students
They are very effectives for e-learning purposes
WEB-BASED REMOTE SEMICONDUCTORS DEVICES TESTING LABORATORYWEB-BASED REMOTE SEMICONDUCTORS DEVICES TESTING LABORATORY
Remote LaboratoriesRemote Laboratories

Zhongtao Fu has extensive experience with various RF test equipment over the past 7-8 years. He has experience operating network analyzers to characterize high speed DDR2 channels and test NEXT, FEXT, insertion loss and reflection. He also has experience using spectrum analyzers to characterize signal frequency, power and phase noise. Additionally, he has used high speed BERTs to test channels up to 13 GBPS and high speed oscilloscopes to analyze eye diagrams and perform TDR and TDT testing of transmission lines.

Resume_DigitalIC_1

Eunice Chen

Yunn Chyi Chen has over 15 years of experience in hardware design and verification. She has a Master's degree in Electrical Engineering and has designed and verified 7 chips that have gone into mass production. She is proficient in Verilog, C++, and other languages and tools used in chip design. She is currently seeking a senior hardware design engineer position and has experience working as a contractor and at various semiconductor companies.

presentation_DRDO

Animesh Basak Chowdhury

This document describes hardware trojans and techniques for detecting them. It discusses how modern design practices have increased security risks by outsourcing fabrication and using third-party IP. Hardware trojans maliciously tamper with designs by adding a small number of gates. Detection methods discussed include logic testing, side-channel analysis, and design-for-trust techniques. A statistical approach called MERO generates test patterns to activate rare events in the design in order to detect trojans added by combining rare trigger conditions. The focus is on detecting trojans with eight or fewer activation nodes.

Faults in Digital VLSI Circuits

ijsrd.com

In considering the techniques that may be used for digital circuit testing, two distinct philosophies may be found, First is Functional Testing, which undertake a series of functional tests and check for the correct (fault free) 0 or 1 output response. It does not consider how the circuit is designed, but only that it gives the correct output during test and second one is Fault Modelling in whichto consider the possible Faults that may occur within the circuit, and then to apply a series of tests which are specifically formulated to check whether each of these faults is present or not.The faults which are likely to occur on the wafer during the manufacture of the ICs, and compute the result on the circuit output(s) with or without each fault present. Each of the final series of tests is then designed to show that a particular fault is present or not.

Built In Self Testing(BIST) Architecture for Motin Estimation and Computing A...

Shashidhar Reddy

Hardware trojan detection technique using side channel analysis for hardware ...

Ashish Maurya

The document presents two techniques for detecting hardware Trojans: detection using power analysis and detection using active current sensing circuits. For power analysis, a ring oscillator network is used to detect Trojans by measuring changes in oscillation frequency from power supply noise. NAND gate-based ring oscillators are more sensitive than NOT gate-based ones. For current sensing, circuits measure switching activity and path delays to detect Trojans even if they do not impact delays or power. Both techniques aim to detect rarely activated Trojans through side-channel analysis of power signatures.

CODE BLUE 2014 : DeviceDisEnabler : A hypervisor which hides devices to prote...

CODE BLUE

Current mobile gadgets includes of rich devices (high resolution video camera, microphone, GPS, etc) which enable high quantity communication (Video conference, current location data, etc). Unfortunately, the rich devices make easy to conduct cyber espionage. For example, a high resolution video is used to read the text on a display. A GPS device is used to track the user's location ("Cerberus" and "mSpy" are famous. Japanese application named "karelog" became social issues). These devices are not used in company's office or factory and computer administrators want to prohibit these devices. Unfortunately, the devices are embedded in a mobile gadget and most of them cannot be disenabled by BIOS or EFI. In order to In order to solve this problem, we propose a thin hypervisor called "DeviceDisEnabler (DDE)", which hides some devices from OS. DDE is a lightweight hypervisor and can be inserted to a pre-installed OS. Although the OS uses "IN" instruction to get the device information on PCI and USB (Vendor ID, Device Class, etc), the "IN" instruction is hooked by DDE and the device information is hidden if the devices is prohibited in the company. Unfortunately, not only attackers but also employees want to bypass the DDE because they want to use the devices. In order to protect bypassing the DDE, it encrypts the disk image of the OS. It means the OS cannot be used without the help of DDE. In order to hide the encryption key, the DDE has three types of key managements (A technique gets a key from the Internet with a secure communication. A technique hides the key into a TPM chip and obtains it at a certain state of boot time only. A technique obfuscates the key into the code using Whitebox Cryptography technique). Current implementation is based on BitVisor 1.4 and the target is a mobile gadget which has Intel CPU. I will talk about the requirements for ARM CPU based implementation.

Embedded Instrumentation: Critical to Validation and Test in the Electronics ...

guestb993cd99

The document discusses embedded instrumentation and its importance in electronics validation and testing. It introduces traditional, virtual, and embedded instrumentation approaches. It then outlines existing technical challenges in validation and testing. Embedded instrumentation embeds test functions directly on chips and boards to solve accessibility, complexity, and cost issues. The document provides examples like Intel's IBIST and PLX's visionPAK and discusses how embedded instrumentation is a growing market trend, providing opportunities for standards-based software companies.

This document describes a project to design and build a wireless sensor network to monitor formaldehyde emissions in real-time in industrial settings. The project had multiple phases including testing commercially available formaldehyde sensors; designing and testing a wireless network; and field testing sensors placed around a resin blender at a wood composites facility. The goals were to better understand formaldehyde emission patterns, evaluate existing safety controls, and develop a system to provide real-time exposure data and inform safety practices. An ontology and database were developed to semantically model sensor data. The system was able to detect differences in formaldehyde levels around processing equipment during different tasks and test conditions.

An Application of Test-Driven Development Methodology into the Process of Ha...

Sergey Staroletov

This document discusses test-driven development (TDD) for hardware creation from a software perspective. It provides 3 key differences between testing hardware vs software: 1) Hardware tests must check output signals over time in response to input signals, 2) Hardware development relies heavily on static simulation due to long synthesis times, and 3) Determining a hardware device's current state is more complex. It then explains using FPGAs with a hardware description language like Verilog. The document outlines the usual development process vs the TDD process, and provides an example of developing a hardware sound player from an SD card using TDD.

Design, Implementation and Security Analysis of Hardware Trojan Threats in FPGA

Vivek Venugopalan

This document discusses hardware Trojan threats in FPGAs. It proposes a novel metric called the Hardware Trojan Threat Detectability Metric (HDM) that uses weighted physical parameters to detect Trojans. Several Trojans were designed and implemented in an FPGA testbed to compromise systems. HDM increased detection rates to 86% compared to 57% using single parameters. The document analyzes potential attack surfaces in FPGAs and discusses optimization of Trojans to avoid detection.

Namrata Shivtarkar_Senior Test Engineer_CV

namrata shivtarkar

This document is a resume for Namrata Shivtarkar, an ISTQB certified software test engineer with over 6 years of experience in protocol stack analysis, field testing of 2G/3G/4G networks, and performance testing. She has worked on projects for Intel mobile communications and Cisco set-top boxes. Her skills include testing protocols, plans and processes, maintenance testing, and defect tracking. She is proficient with various testing tools and technologies.

Eced ece department

Kesava Shiva

The document provides details about the Department of Electronics and Communication Engineering at National Institute of Technology Calicut, including information about its faculty members and their research areas, degree programs offered, laboratories and facilities, publications, patents, and books. It outlines the department's areas of research focus such as image coding, speech recognition, and wireless communication systems.

Eced

Mohanaprakash Karthikeyan

Peter Vinh Resume

Peter Vinh

Peter Vinh is seeking a full-time position as a product and test engineer with over 10 years of experience in semiconductor testing and engineering. He has a background in developing test methodologies and hardware, characterizing device performance, and troubleshooting issues. His resume outlines his qualifications and experience in various engineering and testing roles at companies like Texas Instruments, Lam Research Corporation, and National Semiconductor.

Academic Modular Seminar

Jason Reid

Resume_Updated

Ram Kumar

Ramkumar has over 4.7 years of experience in testing networking equipment, including switches, routers, and wireless technologies. He has knowledge of protocols like STP, RSTP, VLAN, IP, OSPF, RIP, IPSEC, RADIUS, and MPLS. Ramkumar has worked on projects with Cisco, Infinera, and Nokia Siemens Networks, performing tasks like test plan creation, automation, troubleshooting, and bug tracking. He is proficient with testing tools such as i-Test, Wireshark, and Spirent Avalanche. Ramkumar holds an M.Sc. in Electronics and a B.Sc. in Electronics.

AtifBhatti resume

Atif Bhatti

Atif Farooq Bhatti has over 15 years of experience as a test engineer developing automated testing solutions for RF products. He has a Master's degree in Electronics and is proficient in languages like C/C++, LabVIEW, and Visual Basic. He has worked on testing projects for water meters, network devices, and UPS systems. His skills include requirements documentation, test automation, data analysis, and reducing production costs.

SEM Test Development Center

ESA Italia Srl

This document describes test development services provided by SEM, including structural and functional testing. SEM has 15+ years of experience in test engineering and can support various industries. Services include in-circuit testing, boundary scan testing, optical inspection, X-ray inspection, and flying probe testing using equipment from Agilent, Teradyne, Goepel, and others. SEM also develops customized functional test solutions and provides turnkey test systems for applications like IT equipment, communications devices, consumer products, and more.

An Ad-hoc Smart Gateway Platform for the Web of Things (IEEE iThings 2013 Bes...

Darren Carlson

The Web of Things (WoT) aims to extend the Web into the physical world by promoting the adoption of Web protocols by situated services and smart objects (ambient artifacts). However, real-world ambient artifacts often adopt proprietary and/or non-Web protocols, making them invisible to Web search engines and inaccessible to conventional Web agents. Smart Gateways have been proposed as a way to “Web-enable” proprietary ambient artifacts through intermediary proxy nodes; however, the requisite infrastructure is difficult to deploy at Web scale. To address such challenges, we are developing Ambient Dynamix (Dynamix): a plug-and-play context framework for mobile devices, which enables Web agents to interoperate with non-Web ambient artifacts – directly from the browser. In this paper, we describe how Dynamix can be used to transform the user’s device into an ad-hoc Smart Gateway in-situ, enabling Web applications (in the device’s browser) to seamlessly interact with non-Web ambient artifacts in the physical environment. We describe an operational prototype implementation, which enables Web apps to discover and control nearby UPnP and AirPlay media devices uniformly. We also present a performance evaluation that indicates the prototype imposes low processing and memory overhead, and is suitable for deployment on many commodity mobile devices.

Web-based Remote Semiconductors Devices Testing Laboratory

Federico Lerro

Labview final

Aanandha Saravanan

The document discusses LabVIEW, a graphical programming language developed by National Instruments. It was originally created in 1988 to interface with scientific instruments. LabVIEW uses icons instead of text to create programs. It is widely used in engineering and science due to its ease of use, speed of development, and ability to interface with instruments. The document promotes LabVIEW certification training offered by National Instruments and provides examples of LabVIEW projects for testing and measurement.

Iben from Spirent talks at the SDN World Congress about the importance of and...

Iben Rodriguez

PROFIBUS frame analysis - Peter Thomas of Control Specialists

PROFIBUS and PROFINET InternationaI - PI UK

BLANKENSHIP2-RESUME-2015

Mike Blankenship

This document is a resume for Mike Blankenship summarizing his experience and qualifications. It outlines his education in telecommunications management and electronic technology. It also details his work history in software engineering roles at Maxim Integrated and Cisco Systems where he developed applications, interfaces and handled various debugging responsibilities. It provides an overview of his technical skills and accomplishments on various projects related to manufacturing monitoring systems, environmental monitoring, and tester interfaces.

Automated hardware testing using python

Yuvaraja Ravi

WoT @ Oracle-Labs

Dominique Guinard

This document summarizes a presentation by Dominique Guinard on researching the Web of Things. It discusses Guinard's background and education, introduces the concept of the Web of Things and how it can be used as an application integration platform. It then outlines the RESTful architecture of the Web of Things, provides examples of applications that have been built on it, and discusses challenges and the business case for the Web of Things.

Resume

George Bates

George Bates has over 20 years of experience in the IT and telecommunications fields. He has extensive expertise in networking, IP technologies, and mobility products integration and testing. Currently he works as the Transport Test Lead for Alcatel-Lucent, leading testing of small cell features and Ethernet, IPv4, IPv6, and IPsec transport. Previously he held roles testing LTE, CDMA, and EVDO technologies and networks. He has a proven track record of managing projects, resolving complex issues, and training others.

Jacques Magen - Future Internet Research and Experimentation (FIRE): Successf...

FIA2010

FIRE is a European initiative to support experimentally-driven research for future internet technologies through large-scale experimental facilities. It has two dimensions: long-term visionary research and building testbeds to support both medium and long term research. Existing FIRE facilities have been used for experiments in areas like overlay routing, cognitive radio, open flow, IMS, services on clouds and grids, and the internet of things. New FIRE facilities provide unique opportunities for experiments involving dynamic service orchestration, wireless sensor networks, and software-defined networking.

What's hot

Hardware Trojans

Rahul Krishnamurthy

IGERTSummary

Stacy Doore

An Application of Test-Driven Development Methodology into the Process of Ha...

Sergey Staroletov

Design, Implementation and Security Analysis of Hardware Trojan Threats in FPGA

Vivek Venugopalan

Namrata Shivtarkar_Senior Test Engineer_CV

namrata shivtarkar

Eced ece department

Kesava Shiva

Eced

Mohanaprakash Karthikeyan

What's hot (7)

Hardware Trojans

IGERTSummary

An Application of Test-Driven Development Methodology into the Process of Ha...

Design, Implementation and Security Analysis of Hardware Trojan Threats in FPGA

Namrata Shivtarkar_Senior Test Engineer_CV

Eced ece department

Eced

Similar to Web-based Remote Semiconductors Devices Testing Laboratory

Peter Vinh Resume

Peter Vinh

Academic Modular Seminar

Jason Reid

Resume_Updated

Ram Kumar

AtifBhatti resume

Atif Bhatti

SEM Test Development Center

ESA Italia Srl

An Ad-hoc Smart Gateway Platform for the Web of Things (IEEE iThings 2013 Bes...

Darren Carlson

Web-based Remote Semiconductors Devices Testing Laboratory

Federico Lerro

Labview final

Aanandha Saravanan

Iben from Spirent talks at the SDN World Congress about the importance of and...

Iben Rodriguez

PROFIBUS frame analysis - Peter Thomas of Control Specialists

PROFIBUS and PROFINET InternationaI - PI UK

BLANKENSHIP2-RESUME-2015

Mike Blankenship

Automated hardware testing using python

Yuvaraja Ravi

WoT @ Oracle-Labs

Dominique Guinard

Resume

George Bates

Jacques Magen - Future Internet Research and Experimentation (FIRE): Successf...

FIA2010

Abdulaziz Abu Samaha C.V

Abd Alazeez Abu Samaha

This document contains the personal and professional details of Abd Alazeez Abu Samaha. It outlines his education, including a Bachelor's degree in Software Engineering from Philadelphia University in Jordan. It details his professional experience as an Automation and Control Engineer for Megawatt Engineering Co. in Saudi Arabia, working on projects for Saudi Aramco. It also outlines his previous role as a Network and System Engineer for Wateen Information Technology in Jordan. Key responsibilities and projects are described for both roles. Training courses and references are also included.

TAEE2012-Putting Fundmentals of Electronic Circuits Practices online

Mohamed Tawfik

This document discusses putting fundamentals of electronic circuits practices online through remote laboratories. It presents several solutions for remote labs, including NetLab, Virtual Instrument Systems in Reality (VISIR), and labs based on National Instruments' ELVIS platform. These solutions allow students to perform circuit design, construction, and measurement experiments remotely. Schools implementing VISIR have seen pleasant results applying it to teach concepts like rectifiers, regulators, and transistor circuits. Remote labs provide ubiquitous access to improve engineering education when in-person labs have limitations.

Luis Montoya-Resume

Luis Montoya

Luis Montoya Valenzuela has over 18 years of experience in test development for the electronics, medical, automotive, and industrial industries. He has expertise in designing both hardware and software test solutions using tools like LabVIEW, TestStand, and Pro-E. Currently he works as a Test Automation Engineer automating electrical tests for wireless products using LabVIEW and test equipment. Previously he was a Test Development Engineer designing test fixtures, programming in LabVIEW and TestStand, and leading projects to develop and deploy automated test equipment.

srilaxmi-resume

Srilaxmi Butukuri

This document contains the resume of Srilaxmi Butukuri. She has nearly 4 years of experience in networking technologies including routing, switching, WiFi and 4G. She is JNCIA-JUNOS certified and has experience testing protocols including RIP, OSPF, BGP, VLAN, STP, IPSEC and WiFi. She has worked on projects involving port mirroring and scaling tests for wireless cards. Currently she works as a QA test engineer, focusing on WiFi and LTE testing using tools like Omnipeek and Airpcap for wireless captures.

Resume_indraneel_VLSI_VIT_UNIVERSITY_13_Dec_2015

Indraneel Suryavanshi

Indraneel Vijay Suryavanshi has completed his M.Tech in VLSI Design from VIT University, Vellore in 2015 with an 8.56 CGPA. He has a B.E. in Electronics and Telecommunication from Vidya Pratishthan's College of Engineering, Baramati in 2012. He has work experience in VLSI domains including digital design, RTL design and verification, and physical design. He has published papers on low power SRAM design using FinFET transistors and design of a 1-bit full adder using FinFET. His projects include SRAM cell design using FinFET, UART design with physical design flow, and implementation of a RISC

Similar to Web-based Remote Semiconductors Devices Testing Laboratory (20)

Peter Vinh Resume

Academic Modular Seminar

Resume_Updated

AtifBhatti resume

SEM Test Development Center

An Ad-hoc Smart Gateway Platform for the Web of Things (IEEE iThings 2013 Bes...

Web-based Remote Semiconductors Devices Testing Laboratory

Labview final

Iben from Spirent talks at the SDN World Congress about the importance of and...

PROFIBUS frame analysis - Peter Thomas of Control Specialists

BLANKENSHIP2-RESUME-2015

Automated hardware testing using python

WoT @ Oracle-Labs

Resume

Jacques Magen - Future Internet Research and Experimentation (FIRE): Successf...

Abdulaziz Abu Samaha C.V

TAEE2012-Putting Fundmentals of Electronic Circuits Practices online

Luis Montoya-Resume

srilaxmi-resume

Resume_indraneel_VLSI_VIT_UNIVERSITY_13_Dec_2015

More from Federico Lerro

Development of a Remote Laboratory Management System and Integration with So...

Federico Lerro

The focus of this contribution is to propose a novel centralized authentication and authorization system, which can be used to share laboratories. This system optionally relies on existing mechanisms, such as those used by universities -e.g., Shibboleth, OpenID- or by social networks -e.g., Facebook Connect or Google with OAuth-. However, it still supports schools or universities not counting with an existing system, by providing its own system. The authentication and authorization system will be registered in other RLMSs. This way, users registered in the central system can consume laboratories from other institutions. This development is part of a project that includes the integration of the FCEIA-UNR lab with social networks. Based upon a previous development of a Remote Laboratory Management System at Universidad de Deusto, the authors also explain the advantages and drawbacks of the centralized approach.

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.

Exploring didactic possibilities of an electronic devices remote lab with stu...

Federico Lerro

Empleo y Aceptación por Estudiantes de Ingeniería de un Laboratorio Remoto de...

Federico Lerro

La integración de la experimentación real mediante el empleo de laboratorios remotos en contextos de teleformación representa un importante logro tecnológico, cuyo potencial para una educación científico-tecnológica significativa merece ser investigado. En este trabajo se presentan los resultados de un estudio empírico llevado a cabo con la participación de alumnos de segundo año de la carrera Ingeniería Electrónica (UNR) en Argentina, cuyo objetivo fue explorar las posibilidades didácticas del “Laboratorio Remoto de Física Electrónica”, de desarrollo propio, para la formación a distancia en el área de los fundamentos científicos y técnicos de dispositivos electrónicos básicos. Luego del empleo del laboratorio remoto para la realización de actividades de aprendizaje, los estudiantes elaboraron informes de evaluación y sugerencias de mejora del laboratorio remoto. A partir de los resultados obtenidos se describen las mejoras realizadas

Empleo y Aceptación por Estudiantes de Ingeniería de un Laboratorio Remoto de...

Federico Lerro

Los estudiantes ensayaron y obtuvieron de forma autónoma curvas corriente-tensión de diversos dispositivos electrónicos utilizando un laboratorio remoto. Realizaron sugerencias como agregar nuevos dispositivos, mejorar la visualización de las curvas y habilitar la comparación de curvas a diferentes temperaturas. En general, valoraron positivamente la herramienta pero propusieron algunas mejoras en la interfaz y diseño de los ensayos.

A Mobile Remote Lab System to Monitor in Situ Thermal Solar Installations

Federico Lerro

In this paper we describe the design and development of interconnected devices which allow monitoring in situ the performance of solar boilers. This mobile remote lab system comprises two huge blocks of hardware: a mobile station located by the boiler, which is monitored and controlled in a remote way, and a fixed station, located in the Laboratory of Energy for the Sustained Development of the Universidad Nacional de Rosario. The communication between the fixed and mobile devices is controlled by microcontrollers included in both stations and programmed in C language. The project is being developed through three parallel lines of work: 1) Design and development of fixed and mobile hardware; 2) Development of firmware and software necessary to register and communicate data; 3) Design and development of learning activities. This mobile remote lab will be useful to test the behavior of solar boilers in the place and environmental conditions where they are placed so as to evaluate their performance and efficiency anywhere. This is also in order to contribute for the implementation of norms for the certification of solar boilers. On the other hand, the data and results obtained from the development will be used as supplies for the design of learning activities.

Integration of an e-learning Platform and a Remote Laboratory for the Experim...

Federico Lerro

Nowadays, it is more common to use both systems, a Learning Management System (LMS) and a remote laboratory, independently. However, we understand it is highly convenient for the students to have access and perform real experimental practices in remote laboratories from a LMS. This integration of both educational resources constitutes one objective of a project developed by a joint venture company-university: a technology company (“educativa”) and a public university (UNR). The project is based on the addition to the “Virtual Campus LMS”, developed by “e-ducativa”, of a function that allows the access and control, via Internet, to the “Remote Laboratory of Electronic Physics” located in the university headquarters. Technology is basically a self-communication protocol that allows exchanging data in a standardized way between the LMS software and the device control connected to the remote equipment. The project includes the implementation of an interface that allows the users of the elearning platform to have access to it and to future developments of remote laboratories. In this paper the authors describe the technical implementation of the project and provide educational criteria in order to integrate the new development into the electronic engineering curriculum.

Integración de plataforma de e-learning y laboratorio remoto para la realizac...

Federico Lerro

The advances in knowledge, methods and techniques associated to the field of information and communication technologies (ICT) are allowing significant changes in the educational practice. The applications are a lot and they allow to increase the capacity in ranges of distance communication, to guide the student in his decisions through techniques of artificial intelligence, and to develop efficient and trustful mechanisms of asynchronous communication among others. In this context, the Learning Management Systems (LMS) widely spread among the educational institutions, are highlighted. However, these systems, as they are known today, become limited when they have to provide distance education in the field of scientific-technologic disciplines with an experimental base. On this matter, it is true that purely practical activities of such technical fields as Engineering, do not find in LMS an overall solution. This problem is solved by the remote laboratorios; but it is highly convenient for the student to have access and perform real experimental practices in remote laboratories from the same system LMS. According to these fundamentals, and as a result of a joint venture company- university, it is carrying out a project that aims the integration of Remote Laboratory of Electronic Physics, fully developed at the National University of Rosario, with the LMS developed by the company e-ducativa. In this paper the authors describe the progress achieved in the project.

Integración de plataforma de e-learning y laboratorio remoto para la realizac...

Federico Lerro

El avance en el conocimiento, de métodos y técnicas asociados al campo de las tecnologías de la información y la comunicación (TIC) están posibilitando cambios significativos en la práctica educativa. Las aplicaciones disponibles son múltiples, posibilitando: aumentar la capacidad en entornos de comunicación a distancia, orientar al estudiante en sus decisiones mediante técnicas de inteligencia artificial, desarrollar mecanismos de comunicación asíncrona, eficientes y fiables, entre otros. Entre estas tecnologías, destacan los Sistemas de Gestión de Aprendizaje (SGA), ampliamente difundidos entre las instituciones educativas, que se han consolidado como grandes aliados para el desarrollo de la educación a distancia a través de Internet. Sin embargo, los SGA tal como se los conoce hoy resultan limitados cuando se trata de llevar a cabo en dictados a distancia actividades experimentales, puramente prácticas, como las que se requieren en el caso de la formación en disciplinas como la Ingeniería. Esa necesidad la cubren los laboratorios remotos, siendo conveniente que los estudiantes puedan acceder y realizar las prácticas experimentales reales en laboratorio remoto desde el mismo sistema SGA que emplean normalmente. Con este sustento en este trabajo se describen los avances realizados en el marco de un proyecto cuyo objetivo es la integración del Laboratorio Remoto de Física Electrónica, desarrollado íntegramente en la Universidad Nacional de Rosario, con el SGA, desarrollado por la empresa e-ducativa. The advances in knowledge, methods and techniques associated to the field of information and communication technologies (ICT) are allowing significant changes in the educational practice. The applications are a lot and they allow to increase the capacity in ranges of distance communication, to guide the student in his decisions through techniques of artificial intelligence, and to develop efficient and trustful mechanisms of asynchronous communication among others. In this context, the Learning Management Systems (LMS) widely spread among the educational institutions, are highlighted. However, these systems, as they are known today, become limited when they have to provide distance education in the field of scientific-technologic disciplines with an experimental base. On this matter, it is true that purely practical activities of such technical fields as Engineering, do not find in LMS an overall solution. This problem is solved by the remote laboratorios; but it is highly convenient for the student to have access and perform real experimental practices in remote laboratories from the same system LMS. According to these fundamentals, and as a result of a joint venture company- university, it is carrying out a project that aims the integration of Remote Laboratory of Electronic Physics, fully developed at the National University of Rosario, with the LMS developed by the company e-ducativa.

More from Federico Lerro (9)

Development of a Remote Laboratory Management System and Integration with So...

Exploring didactic possibilities of an electronic devices remote lab with stu...

Empleo y Aceptación por Estudiantes de Ingeniería de un Laboratorio Remoto de...

A Mobile Remote Lab System to Monitor in Situ Thermal Solar Installations

Integration of an e-learning Platform and a Remote Laboratory for the Experim...

Integración de plataforma de e-learning y laboratorio remoto para la realizac...

Recently uploaded

Pengantar Penggunaan Flutter - Dart programming language1.pptx

Fajar Baskoro

Leveraging Generative AI to Drive Nonprofit Innovation

TechSoup

How to deliver Powerpoint Presentations.pptx

HajraNaeem15

Reimagining Your Library Space: How to Increase the Vibes in Your Library No ...

Diana Rendina

Librarians are leading the way in creating future-ready citizens – now we need to update our spaces to match. In this session, attendees will get inspiration for transforming their library spaces. You’ll learn how to survey students and patrons, create a focus group, and use design thinking to brainstorm ideas for your space. We’ll discuss budget friendly ways to change your space as well as how to find funding. No matter where you’re at, you’ll find ideas for reimagining your space in this session.

NEWSPAPERS - QUESTION 1 - REVISION POWERPOINT.pptx

iammrhaywood

clinical examination of hip joint (1).pdf

Priyankaranawat4

How to Setup Warehouse & Location in Odoo 17 Inventory

Celine George

BBR 2024 Summer Sessions Interview Training

Katrina Pritchard

Main Java[All of the Base Concepts}.docx

adhitya5119

Liberal Approach to the Study of Indian Politics.pdf

WaniBasim

ANATOMY AND BIOMECHANICS OF HIP JOINT.pdf

Priyankaranawat4

PIMS Job Advertisement 2024.pdf Islamabad

AyyanKhan40

writing about opinions about Australia the movie

Nicholas Montgomery

The History of Stoke Newington Street Names

History of Stoke Newington

Chapter wise All Notes of First year Basic Civil Engineering.pptx

Denish Jangid

Chapter wise All Notes of First year Basic Civil Engineering Syllabus Chapter-1 Introduction to objective, scope and outcome the subject Chapter 2 Introduction: Scope and Specialization of Civil Engineering, Role of civil Engineer in Society, Impact of infrastructural development on economy of country. Chapter 3 Surveying: Object Principles & Types of Surveying; Site Plans, Plans & Maps; Scales & Unit of different Measurements. Linear Measurements: Instruments used. Linear Measurement by Tape, Ranging out Survey Lines and overcoming Obstructions; Measurements on sloping ground; Tape corrections, conventional symbols. Angular Measurements: Instruments used; Introduction to Compass Surveying, Bearings and Longitude & Latitude of a Line, Introduction to total station. Levelling: Instrument used Object of levelling, Methods of levelling in brief, and Contour maps. Chapter 4 Buildings: Selection of site for Buildings, Layout of Building Plan, Types of buildings, Plinth area, carpet area, floor space index, Introduction to building byelaws, concept of sun light & ventilation. Components of Buildings & their functions, Basic concept of R.C.C., Introduction to types of foundation Chapter 5 Transportation: Introduction to Transportation Engineering; Traffic and Road Safety: Types and Characteristics of Various Modes of Transportation; Various Road Traffic Signs, Causes of Accidents and Road Safety Measures. Chapter 6 Environmental Engineering: Environmental Pollution, Environmental Acts and Regulations, Functional Concepts of Ecology, Basics of Species, Biodiversity, Ecosystem, Hydrological Cycle; Chemical Cycles: Carbon, Nitrogen & Phosphorus; Energy Flow in Ecosystems. Water Pollution: Water Quality standards, Introduction to Treatment & Disposal of Waste Water. Reuse and Saving of Water, Rain Water Harvesting. Solid Waste Management: Classification of Solid Waste, Collection, Transportation and Disposal of Solid. Recycling of Solid Waste: Energy Recovery, Sanitary Landfill, On-Site Sanitation. Air & Noise Pollution: Primary and Secondary air pollutants, Harmful effects of Air Pollution, Control of Air Pollution. . Noise Pollution Harmful Effects of noise pollution, control of noise pollution, Global warming & Climate Change, Ozone depletion, Greenhouse effect Text Books: 1. Palancharmy, Basic Civil Engineering, McGraw Hill publishers. 2. Satheesh Gopi, Basic Civil Engineering, Pearson Publishers. 3. Ketki Rangwala Dalal, Essentials of Civil Engineering, Charotar Publishing House. 4. BCP, Surveying volume 1

Présentationvvvvvvvvvvvvvvvvvvvvvvvvvvvv2.pptx

siemaillard

Life upper-Intermediate B2 Workbook for student

NgcHiNguyn25

BÀI TẬP BỔ TRỢ TIẾNG ANH 8 CẢ NĂM - GLOBAL SUCCESS - NĂM HỌC 2023-2024 (CÓ FI...

Nguyen Thanh Tu Collection

Advanced Java[Extra Concepts, Not Difficult].docx

adhitya5119

Digital Artefact 1 - Tiny Home Environmental Design

amberjdewit93

Recently uploaded (20)

Pengantar Penggunaan Flutter - Dart programming language1.pptx

Leveraging Generative AI to Drive Nonprofit Innovation

How to deliver Powerpoint Presentations.pptx

Reimagining Your Library Space: How to Increase the Vibes in Your Library No ...

NEWSPAPERS - QUESTION 1 - REVISION POWERPOINT.pptx

clinical examination of hip joint (1).pdf

How to Setup Warehouse & Location in Odoo 17 Inventory

BBR 2024 Summer Sessions Interview Training

Main Java[All of the Base Concepts}.docx

Liberal Approach to the Study of Indian Politics.pdf

ANATOMY AND BIOMECHANICS OF HIP JOINT.pdf

PIMS Job Advertisement 2024.pdf Islamabad

writing about opinions about Australia the movie

The History of Stoke Newington Street Names

Chapter wise All Notes of First year Basic Civil Engineering.pptx

Présentationvvvvvvvvvvvvvvvvvvvvvvvvvvvv2.pptx

Life upper-Intermediate B2 Workbook for student

BÀI TẬP BỔ TRỢ TIẾNG ANH 8 CẢ NĂM - GLOBAL SUCCESS - NĂM HỌC 2023-2024 (CÓ FI...

Advanced Java[Extra Concepts, Not Difficult].docx

Digital Artefact 1 - Tiny Home Environmental Design

Web-based Remote Semiconductors Devices Testing Laboratory

1. Web-based Remote Semiconductors Devices Testing Laboratory Web-based Remote Semiconductors Devices Testing Laboratory REV 2007 – http://www.rev-conference.org Porto (Portugal) – June 25/27, 2007 F. G. Lerro, M. D. Protano Faculty of Exact Sciences, Engineering and Surveying National University of Rosario, Rosario, Argentina

2. F. G. Lerro, M. D. Protano Faculty of Exact Sciences, Engineering and Surveying WEB-BASED REMOTE SEMICONDUCTORS DEVICES TESTING LABORATORYWEB-BASED REMOTE SEMICONDUCTORS DEVICES TESTING LABORATORY What are they? They are laboratories where the experiments can be carried out remotely The degree of functionality and level of user access has evolved thanks to advances in web applications and technologies Advantages Allow the students to use the laboratory at any time The same equipment can be use by all the students They are very effectives for e-learning purposes WEB-BASED REMOTE SEMICONDUCTORS DEVICES TESTING LABORATORYWEB-BASED REMOTE SEMICONDUCTORS DEVICES TESTING LABORATORY Remote LaboratoriesRemote Laboratories

3. F. G. Lerro, M. D. Protano Faculty of Exact Sciences, Engineering and Surveying WEB-BASED REMOTE SEMICONDUCTORS DEVICES TESTING LABORATORYWEB-BASED REMOTE SEMICONDUCTORS DEVICES TESTING LABORATORY Objectives Obtain the static characteristic of four different semiconductor devices (Diodes, BJT, J-Fet and Phototransistor) Choose different test points and analyze results Calculate some of the devices parameters Main Features Test several semiconductor devices at the same laboratory Web Browser independence (compatible with Mozilla, Internet Explorer, Opera, etc) No use of plug-in or applets (only HTML) Easy to use interface WEB-BASED REMOTE SEMICONDUCTORS DEVICES TESTING LABORATORYWEB-BASED REMOTE SEMICONDUCTORS DEVICES TESTING LABORATORY OurRemote LaboratoryOurRemote Laboratory

4. F. G. Lerro, M. D. Protano Faculty of Exact Sciences, Engineering and Surveying WEB-BASED REMOTE SEMICONDUCTORS DEVICES TESTING LABORATORYWEB-BASED REMOTE SEMICONDUCTORS DEVICES TESTING LABORATORY Hardware and SoftwareHardware and Software PC Microsoft Windows XP IIS 5.1 (small web server) Microsoft Visual Basic 6.0 Microsoft Visual Studio .Net 2003 and .Net Framework 1.1 Microsoft Office Web Components 10 National Instrument DAQ Legacy Device Driver National Instruments DAQ-1200 8 analog input channels 2 analog output channels 3 input/output digital 8-bit ports

5. F. G. Lerro, M. D. Protano Faculty of Exact Sciences, Engineering and Surveying WEB-BASED REMOTE SEMICONDUCTORS DEVICES TESTING LABORATORYWEB-BASED REMOTE SEMICONDUCTORS DEVICES TESTING LABORATORY Hardware and SoftwareHardware and Software Custom board 5-test circuits and device selector • Diode (direct polarization) • Zener Diode (voltage regulation polarization) • Bipolar Junction Transistor (BJT) • Junction Field-Effect Transistor (J-FET) • Phototransistor Digitally controlled Power sources • DC Positive voltage • DC Negative voltage • DC Current

6. F. G. Lerro, M. D. Protano Faculty of Exact Sciences, Engineering and Surveying WEB-BASED REMOTE SEMICONDUCTORS DEVICES TESTING LABORATORYWEB-BASED REMOTE SEMICONDUCTORS DEVICES TESTING LABORATORY Selected SemiconductorDevicesSelected SemiconductorDevices Zener Diode 1N4736A (standard 6.8V zener diode) Bipolar Junction Transistor BC548B Junction Field-Effect Transistor 2SK117 DIP Optoinsolated Transistor (works internally as a phototransistor) 4N28

7. F. G. Lerro, M. D. Protano Faculty of Exact Sciences, Engineering and Surveying WEB-BASED REMOTE SEMICONDUCTORS DEVICES TESTING LABORATORYWEB-BASED REMOTE SEMICONDUCTORS DEVICES TESTING LABORATORYWEB-BASED REMOTE SEMICONDUCTORS DEVICES TESTING LABORATORYWEB-BASED REMOTE SEMICONDUCTORS DEVICES TESTING LABORATORY Custom BoardCustom Board Custom Board in test stage (protoboard)Custom Board in test stage (protoboard) Power Supply Stage Circuit Selector (DeMux) Semiconductor Devices DAQ Card Connector

8. F. G. Lerro, M. D. Protano Faculty of Exact Sciences, Engineering and Surveying WEB-BASED REMOTE SEMICONDUCTORS DEVICES TESTING LABORATORYWEB-BASED REMOTE SEMICONDUCTORS DEVICES TESTING LABORATORYWEB-BASED REMOTE SEMICONDUCTORS DEVICES TESTING LABORATORYWEB-BASED REMOTE SEMICONDUCTORS DEVICES TESTING LABORATORY System ArchitectureSystem Architecture

9. F. G. Lerro, M. D. Protano Faculty of Exact Sciences, Engineering and Surveying WEB-BASED REMOTE SEMICONDUCTORS DEVICES TESTING LABORATORYWEB-BASED REMOTE SEMICONDUCTORS DEVICES TESTING LABORATORY Software’s procedureSoftware’s procedure TCP/IPTCP/IP RequestRequest WinsockWinsock TCP/IPTCP/IP NI DAQNI DAQ DriverDriver OutputOutput DigitalDigital PortsPorts InputInput AnalogAnalog ChannelsChannels

10. F. G. Lerro, M. D. Protano Faculty of Exact Sciences, Engineering and Surveying WEB-BASED REMOTE SEMICONDUCTORS DEVICES TESTING LABORATORYWEB-BASED REMOTE SEMICONDUCTORS DEVICES TESTING LABORATORY Remote Laboratory in action

11. Web-based Remote Semiconductors Devices Testing Laboratory Web-based Remote Semiconductors Devices Testing Laboratory REV 2007 – http://www.rev-conference.org Porto (Portugal) – June 25/27, 2007 F. G. Lerro, M. D. Protano flerro2@yahoo.com.ar – mprotano@gmail.com Faculty of Exact Sciences, Engineering and Surveying National University of Rosario, Rosario, Argentina

Web-based Remote Semiconductors Devices Testing Laboratory

Recommended

Recommended

More Related Content

What's hot

What's hot (7)

Similar to Web-based Remote Semiconductors Devices Testing Laboratory

Similar to Web-based Remote Semiconductors Devices Testing Laboratory (20)

More from Federico Lerro

More from Federico Lerro (9)

Recently uploaded

Recently uploaded (20)

Web-based Remote Semiconductors Devices Testing Laboratory