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About 3,287 papers for “interoperability testing”

Relating interoperability testing with conformance testing

Sung Won Kang · 2002

Conventionally the term conformance testing has been used to indiscriminately denote different types of conformance testing in a broad sense and the term interoperability testing has been used without regard to possibly different interoperability test architectures. This study classifies conformance testing into interface conformance testing and entity conformance testing and investigates how they can be related to interoperability testing as interoperability test architecture varies. It also discusses how the result of the investigation can be put into practical use for development of test suites and real test systems.

Cited by 14

FOUNDATION FIELDBUS INTEROPERABILITY TESTING

Ahmad Kamal, Yang Hajarul Aira · 2009

Foundation Fieldbus is a known as the smart protocol that is a combination of digital communication simultaneously superimposed on a conventional 4-20mA signal [IJ. Back to the past of the fieldbus, there were a problem on lack of interoperability occurred. There were so many different protocols in the market and the product could only work with other product from the same vendor. PETRONAS as the established company will apply this fieldbus technology in its plants. A Foundation Fieldbus system is already been installed at level 1, building 23 in University Technology PETRONAS. With collaboration from vendors from Emerson, Honeywell, Yokogawa, and Foxboro, PETRONAS team and UTP students, a Foundation Fieldbus Interoperability Testing will be conducted. The objectives of the testing are to get a PETRONAS Technical Standard on the Foundation Fieldbus system and come out with a report on the results from interoperability testing that will be the reference for system in PETRONAS. In order to achieve the objectives above, three different tests will be done through the Foundation Fieldbus Interoperability Testing which is Basic Interoperability Test, Stress Test and Diagnostic Capability. The results and data will be recorded. Due to the time constraint, the UTP team only managed to complete the Basic Interoperability Test until February 2009. The other two tests will be complete by the next group of UTP team. In the next chapter, there will be a detail on the training and procedure of the different system conducted by Emerson, Foxboro, Y okogawa and Honeywell, in order to proceed with the interoperability test. But the author will only focus on the Honeywell system. At the same time, there will be information on the Foundation Fieldbus architecture.

Cited by 0

JCR VSIL Interoperability Testing

Paul Bounker, Tim Lee, Joshua Walters · 2009

Abstract : The Joint Center for Robotics (JCR) Virtual Systems Integration Lab (VSIL) is a combination of Robotics Software Models and Tools used to stimulate Hardware or perform evaluations on developing concepts. The models have been developed at the Tank Automotive Research, Development Engineering Center (TARDEC) or other RDECOM labs and centers. JCR VSIL is focusing on supporting the Robotic Systems Joint Project Office (RS JPO) in testing of their developing Interoperability Profiles for FY1O. The RS JPO Interoperability Profiles will need a facility for testing compliance to the profile attributes. The JCR VSIL is building the testing compliance facility in coordination with the development of the Profiles. The first demonstration is planned for May, 2010. This demonstration will measure the latency of controller(s) to simulated and 'live' robotics platform(s) using the RS JPO Interoperability Profile using JAUS AS-4 message standard Simulated SUGV will respond to mobility, manipulator and pose control operational messages. A message analyzer will verify the correct message is being passed. A simulated TALON will also be measured through a series of JAUS AS-4 messages. 'Live' hardware will consist of TARDEC Intelligent Ground Systems (IGS) Robotics Autonomous Mobility Platform (RAMP) pan/tilt sensor and operator sensor (Software surrogate may be just prototype discovery / authentication services). The Interoperability Profile will be executed using two different OCUs to manipulate the virtual and 'live' hardware. This paper will discuss the tradeoffs, architecture and design of the testing system and hardware in support of the May demonstration.

Cited by 0

DSL INTEROPERABILITY TESTING LABORATORY

Doris Bao, Luca De Vito, Daniele Domenico Napolitano et al. · 2009

Equipment interoperability is a key factor for the development of Digital Subscriber Line (DSL) technologies and services. The paper describes the efforts of TLC Sannio Testing Laboratory (1) in acquiring knowledge and competences for the validation of DSL equipment against standard requirements.

Cited by 0

Interoperability Testing for SIP

Jonathan Rosenberg, Henning Schulzrinne · 1999

This document describes a set of tests that can be performed by SIP equipment in order to verify interoperability and correctness of implementation. Contents

Cited by 0

FOUNDATION FIELDBUS INTEROPERABILITY TESTING

AHMAD KAMAL, YANG HAJARUL AIRA · UTPedia (Universiti Teknologi Petronas) · 2009

Foundation Fieldbus is a known as the smart protocol that is a combination of digital communication simultaneously superimposed on a conventional 4-20mA signal [IJ. Back to the past of the fieldbus, there were a problem on lack of interoperability occurred. There were so many different protocols in the market and the product could only work with other product from the same vendor. PETRONAS as the established company will apply this fieldbus technology in its plants. A Foundation Fieldbus system is already been installed at level 1, building 23 in University Technology PETRONAS. With collaboration from vendors from Emerson, Honeywell, Yokogawa, and Foxboro, PETRONAS team and UTP students, a Foundation Fieldbus Interoperability Testing will be conducted. The objectives of the testing are to get a PETRONAS Technical Standard on the Foundation Fieldbus system and come out with a report on the results from interoperability testing that will be the reference for system in PETRONAS. In order to achieve the objectives above, three different tests will be done through the Foundation Fieldbus Interoperability Testing which is Basic Interoperability Test, Stress Test and Diagnostic Capability. The results and data will be recorded. Due to the time constraint, the UTP team only managed to complete the Basic Interoperability Test until February 2009. The other two tests will be complete by the next group of UTP team. In the next chapter, there will be a detail on the training and procedure of the different system conducted by Emerson, Foxboro, Y okogawa and Honeywell, in order to proceed with the interoperability test. But the author will only focus on the Honeywell system. At the same time, there will be information on the Foundation Fieldbus architecture.

Cited by 0

Smart grid interoperability testing methodology

Papaioannou Ioulia, Stefano Tarantola, Rocha Pinto Lucas Alexandre et al. · Joint Research Centre (European Commission) · 2018

Smart grid interoperability is an important enabling aspect of electricity technology deployments. It involves all parts of the smart grid from generation to transmission and from distribution to consumption. Testing interoperability requires producing detailed test cases describing how smart grid components are intended to interact with each other. A systematic approach for developing smart grid interoperability tests may facilitate the dissemination of innovative solutions, the stability and resilience of the smart grid. This report provides an analysis of the methods applicable to smart grid interoperability tests. It comprises the body of methods and principles associated with smart grid interoperability and it proposes a methodology offering theoretical underpinning to the necessary set of methods and best practices for developing successfully smart grid interoperability testing specifications.

Cited by 15

Foundation Fieldbus Interoperability Testing (Honeywell)

Najla Fatie Binti Mohamad Sukry, Najla Fatie · UTPedia (Universiti Teknologi Petronas) · 2010

This project is to perform the technical verification and interoperability of Foundation Fieldbus host and devices. Fieldbus technology has come out with many advantages over the existing distributed control systems.

Cited by 0

Interoperability Testing for Lasercom Systems

John D. Moores, Molly P. Schue, Brett Reynolds et al. · IEEE Journal of Selected Topics in Quantum Electronics · 2025

Over the last decade, approximately a dozen different lasercom standards have emerged to facilitate interoperability between terminals from different vendors. To provide a capability for assessing standards compliance of terminals built by industry, MIT Lincoln Laboratory has built an Optical Terminal Verification Testbed (OTVT). The testbed provides emulation of both the channel and a remote terminal, and is used to assess both functional interoperability and quantitative performance. Emulated aspects include far-field propagation, line-of-sight jitter, the fading channel, pointing, acquisition and tracking (PAT), point-ahead angle, and Doppler shift. Full-duplex communication is supported in both fiber-to-fiber and free-space configurations at a variety of data rates and waveform formats. In addition, the OTVT facility provides a high-performance telemetry system to record terminal behavior and generate data products (e.g., tables, analytics, and visualizations). Here we describe the role of standards in assuring interoperability among terminals from different vendors, and the role of independent testbeds in evaluating standards compliance. We will also describe the capabilities of the OTVT facility, including free-space optical channel emulation, terminal emulation, and the suite of tests that can be performed.

Cited by 0

C-V2X interoperability testing datasets :

Eugene Y. Song, Davide Pesavento, Ya-Shian Li-Baboud · 2024

This paper introduces a set of cellular vehicle-to-everything (C-V2X) datasets collected at the National Institute of Standards and Technology (NIST) Internet of Thing (IoT) Devices Interoperability Testbed. These datasets can be used to examine, analyze, and assess C-V2X compatibility and interoperability among commercial on-board units (OBUs) and road-side units (RSUs) based on IEEE 1609.2, 1609.3, and SAE J2735 standards.

Cited by 0Open access

FIELDBUS INTEROPERABILITY TESTING AND SYSTEMCONFIGURATION

MOHAMED ALY ZAHER, MOHAMED ZAHER · UTPedia (Universiti Teknologi Petronas) · 2009

This report is to discuss the research and Basic Interoperability testing for Foundation Fieldbus system, as well as the development of a control loop. Devices that use Foundation Fieldbus system cannot intemperate with devices from different manufacturers. PE1RONAS as the established company will apply Fieldbus technology in its plants. The objectives of the testing are to get a PETRONAS Technical standard on the Foundation Fieldbus system and come out with a report on the results from interoperability testing that will be the reference for system in PE1RONAS. The other objective is to test the controller performance using the three control modes, P, PI and PID. In order to achieve the objectives, first three tests should be done, basic interoperability test, Stress test and Diagnostic capability, and then a test on the controller performance will be held. Due to time constraint, UTP team was able to complete the Basic interoperability test and the control loop development. The author will only focus on testing HONEYWELL system and segment 2, provided by MTL. The Basic interoperability test was successfully done and the controller performance was successfully tested. The research about the Foundation Fieldbus should be performed continuously, to improve the system from time to time, and the analysis of results and reports will be used for future researches.

Cited by 0

FIELDBUS INTEROPERABILITY TESTING AND SYSTEMCONFIGURATION

Mohamed Aly Zaher, Mohamed Aly Zaher · 2009

This report is to discuss the research and Basic Interoperability testing for Foundation Fieldbus system, as well as the development of a control loop. Devices that use Foundation Fieldbus system cannot intemperate with devices from different manufacturers. PE1RONAS as the established company will apply Fieldbus technology in its plants. The objectives of the testing are to get a PETRONAS Technical standard on the Foundation Fieldbus system and come out with a report on the results from interoperability testing that will be the reference for system in PE1RONAS. The other objective is to test the controller performance using the three control modes, P, PI and PID. In order to achieve the objectives, first three tests should be done, basic interoperability test, Stress test and Diagnostic capability, and then a test on the controller performance will be held. Due to time constraint, UTP team was able to complete the Basic interoperability test and the control loop development. The author will only focus on testing HONEYWELL system and segment 2, provided by MTL. The Basic interoperability test was successfully done and the controller performance was successfully tested. The research about the Foundation Fieldbus should be performed continuously, to improve the system from time to time, and the analysis of results and reports will be used for future researches.

Cited by 0