The document provides an analysis of Malaysia's robotics industry and technologies. It identifies several key technology areas for robotics including smart sensors, robot intelligence, power storage and management, communication, controls, new materials, and mechanical. It maps these areas to different application domains and provides an inventory of local expertise and research projects. The analysis aims to inform the implementation of a national robotics program to develop innovative technologies and applications. It finds funding, commercialization, and advanced facilities and equipment to be challenges for further progress.
Aig 2011 building intelligent control systems using graphical system design...Thorsten MAYER
1) National Instruments is a leading provider of measurement and automation technology with over $800 million in annual revenue and over 5,000 employees globally.
2) They provide graphical system design software, like LabVIEW, and reconfigurable hardware platforms like CompactRIO that allow users to rapidly prototype and deploy embedded control and measurement systems.
3) National Instruments solutions are being used in applications like advanced process control for steel recycling and machine monitoring in hydroelectric plants by integrating measurement, control, and analysis functionality onto embedded FPGA-based platforms.
Track 4 session 2 - st dev con 2016 - valencell - integrated ohr, biometric...ST_World
This document discusses integrating optical heart rate monitoring and biometrics into wearable devices. It provides an overview of the history of photoplethysmography and how recent innovations have enabled its use in wearables. Advanced sensor design and signal processing algorithms allow for accurate heart rate and other biometrics to be measured during various activities. Validation testing is important to ensure accuracy. Biometric data from wearables can provide insights into fitness and health.
Convergence of Engineering and ICT will grow IoTRekaNext Capital
ICT is growing rapidly within the Cyber World while the Engineering World has more software components. When these two domains converged, they need to understand and collaborate to extract maximum value from this opportunity
This document describes an event data recorder (EDR) system for automobiles. The EDR would record vehicle data during and after an accident using sensors like accelerometers and gyroscopes. If an accident is detected, it would send an alert message with the vehicle's location to pre-stored contacts. This would help provide faster medical assistance. The proposed low-cost EDR system aims to record important vehicle parameters without being too expensive to implement in all vehicles like a traditional "black box". It could help determine the causes of accidents and assist insurance companies and police investigations.
The document provides a catalogue of products and services including aerospace projects, unmanned aerial systems, control systems, and embedded electronics with a focus on developing onboard software, ground support equipment, data processing solutions, and unmanned aerial vehicles including an aerial target drone.
Virtual Human Brain Simulations with Abaqus in the CloudThe UberCloud
UberCloud, Dassault Systèmes Simulia and Advania Data Centers presentation about the award winning project: HPC Cloud Simulation of Neuromodulation in Schizophrenia. Learn how simulation and high performance computing in the cloud play a key role in accelerating personalized healthcare.
The Brain Neuromodulation project represents a breakthrough in demonstrating the high value of computational modeling and simulation in improving the clinical application of non-invasive electro-stimulation of the human brain in schizophrenia and the potential to apply this technology to the treatment of other neuropsychiatric disorders such as depression and Parkinson’s disease. With the addition of HPC, clinicians can now precisely and non-invasively target regions of the brain without disrupting nearby healthy brain regions.
2018 Hyperion HPC Innovation Excellence Award: UberCloud, the National Institute of Mental Health & Neuro Sciences (NIMHANS) in Bangalore, Dassault Systèmes Simulia, Advania Data Centers, Hewlett Packard Enterprise and Intel won the 2018 Hyperion HPC Innovation Excellence Award for their Neuromodulation Project, based on computer simulations of non-invasive transcranial electro-stimulation of the human brain in schizophrenia.
Aig 2011 building intelligent control systems using graphical system design...Thorsten MAYER
1) National Instruments is a leading provider of measurement and automation technology with over $800 million in annual revenue and over 5,000 employees globally.
2) They provide graphical system design software, like LabVIEW, and reconfigurable hardware platforms like CompactRIO that allow users to rapidly prototype and deploy embedded control and measurement systems.
3) National Instruments solutions are being used in applications like advanced process control for steel recycling and machine monitoring in hydroelectric plants by integrating measurement, control, and analysis functionality onto embedded FPGA-based platforms.
Track 4 session 2 - st dev con 2016 - valencell - integrated ohr, biometric...ST_World
This document discusses integrating optical heart rate monitoring and biometrics into wearable devices. It provides an overview of the history of photoplethysmography and how recent innovations have enabled its use in wearables. Advanced sensor design and signal processing algorithms allow for accurate heart rate and other biometrics to be measured during various activities. Validation testing is important to ensure accuracy. Biometric data from wearables can provide insights into fitness and health.
Convergence of Engineering and ICT will grow IoTRekaNext Capital
ICT is growing rapidly within the Cyber World while the Engineering World has more software components. When these two domains converged, they need to understand and collaborate to extract maximum value from this opportunity
This document describes an event data recorder (EDR) system for automobiles. The EDR would record vehicle data during and after an accident using sensors like accelerometers and gyroscopes. If an accident is detected, it would send an alert message with the vehicle's location to pre-stored contacts. This would help provide faster medical assistance. The proposed low-cost EDR system aims to record important vehicle parameters without being too expensive to implement in all vehicles like a traditional "black box". It could help determine the causes of accidents and assist insurance companies and police investigations.
The document provides a catalogue of products and services including aerospace projects, unmanned aerial systems, control systems, and embedded electronics with a focus on developing onboard software, ground support equipment, data processing solutions, and unmanned aerial vehicles including an aerial target drone.
Virtual Human Brain Simulations with Abaqus in the CloudThe UberCloud
UberCloud, Dassault Systèmes Simulia and Advania Data Centers presentation about the award winning project: HPC Cloud Simulation of Neuromodulation in Schizophrenia. Learn how simulation and high performance computing in the cloud play a key role in accelerating personalized healthcare.
The Brain Neuromodulation project represents a breakthrough in demonstrating the high value of computational modeling and simulation in improving the clinical application of non-invasive electro-stimulation of the human brain in schizophrenia and the potential to apply this technology to the treatment of other neuropsychiatric disorders such as depression and Parkinson’s disease. With the addition of HPC, clinicians can now precisely and non-invasively target regions of the brain without disrupting nearby healthy brain regions.
2018 Hyperion HPC Innovation Excellence Award: UberCloud, the National Institute of Mental Health & Neuro Sciences (NIMHANS) in Bangalore, Dassault Systèmes Simulia, Advania Data Centers, Hewlett Packard Enterprise and Intel won the 2018 Hyperion HPC Innovation Excellence Award for their Neuromodulation Project, based on computer simulations of non-invasive transcranial electro-stimulation of the human brain in schizophrenia.
Environmental Protection Agency Of Montenegroguestb9d5558
The Environmental Protection Agency of Montenegro was established in March 2009 to accomplish healthy environmental management in the country. It conducts environmental monitoring, issues permits, and handles inspections and communication. The Agency has 5 sectors that deal with monitoring and reporting, permitting, communication, inspection, and legal/financial affairs. Its vision is for Montenegro to have environmental harmony and its mission is to professionally improve the environment for present and future generations. It recognizes the importance of qualified staff, environmental protection, open communication, and priority over other organizations.
The document lists codes and titles for various mechatronics and vehicular technology projects from Hades InfoTech Pvt. Ltd. It includes 48 projects related to mechatronics from 2012 IEEE Transactions and Conferences on topics like climbing robots, battery charging, sensor fusion, and more. It also lists 24 vehicular technology projects from 2012 IEEE Transactions on subjects including vehicle speed measurement, traffic reduction, electric vehicles, and accident detection.
This document provides information about Abhay Ocean India Pvt Ltd (AOIL), an Indian commercial diving company. It outlines AOIL's mission, vision, core values, policies, and the services it provides. AOIL has over 35 years of experience in commercial diving services such as inspections, repairs, construction, and salvage operations. It aims to provide these services safely and with a focus on customer satisfaction, environmental protection, and quality work.
Condition monitoring through non destructive testings of machine pptmuchulucky
The document discusses various non-destructive testing techniques for condition monitoring of machines and plants. It describes techniques like vibration monitoring, acoustic emission, infrared thermography, ferrography, and field signature mapping. For each technique, it provides details on the instrumentation used, parameters measured, types of faults detected, and industrial applications. The conclusion compares the techniques and summarizes their capability for non-contact inspection, automated inspection, and defect sizing.
Mems based optical sensor for salinity measurementprjpublications
1. The document describes a MEMS-based optical sensor using a two-dimensional photonic crystal slab waveguide for measuring salinity.
2. The sensor takes advantage of the fact that the refractive index of sea water changes with salinity concentration. It detects these small refractive index changes by measuring the resulting effective index change in the photonic crystal slab waveguide.
3. Simulation results show that even small refractive index changes due to salinity produce a more significant change in effective index, demonstrating the high sensitivity of the designed sensor. Effective index decreases exponentially with increasing salinity percentage measured.
The document summarizes the key changes between ISO 9000:2000 and earlier versions. ISO 9000:2000 takes a process approach and focuses on continual improvement. It addresses eight quality management principles and requires identifying processes, determining requirements, implementing actions, and continual improvement. The main requirements include developing a quality manual, procedures, records, management responsibility, resource management, product realization, measurement and improvement.
The document provides an overview of the revisions in the ISO 9001:2008 quality management system standard. It introduces the key changes from the previous version, including a stronger focus on customers, leadership and continual improvement. It highlights revised requirements around documentation, resource management, product realization, measurement and improvement. Transitioning organizations must understand the intent of the changes and ensure their quality system meets the new requirements.
Agr Field Operations Pipeline Inspectionjsthetford
This document discusses AGR's field operations services and technologies for pipeline integrity management and inspection. It provides an overview of AGR's strategy, products and services including internal pipeline inspection tools, laser video inspection, and subsea inspection systems. It also presents case studies on internal pipeline inspections and discusses flexible riser inspection technologies.
Korea and norway maritime opportunities and challenges in the high northInnovation Norway
1) NTNU is a leading Norwegian university focused on science and technology with over 20,000 students. It has strong maritime and marine engineering programs.
2) NTNU conducts extensive research on Arctic challenges like ship design, drilling, and transportation that is important for both Norway and Korea's maritime industries.
3) NTNU collaborates closely with Korean universities like KAIST and has opportunities for further research cooperation in areas like Arctic infrastructure and floating structures in ice.
Medicion de contorno y forma de piezas tipo flecha, cigüeñales, arbol de levas, partes de transmicion,etc.
Somos lideres mundiales en este segmento!!!!
Here is a prelim presentation I will make at the SMM Coatings Conference in Hamburg, Sept. 2010. Contact me for the .ppt after the conference. Sorry but many of the fonts converted automatically as a part of the upload process.
The document outlines various NORSOK standards for equipment and operations used in the oil and gas industry. There are multiple standards listed for subsea production systems, diving and underwater operations, drilling facilities, instrumentation, materials, piping systems, electrical systems, safety, and other areas. The NORSOK standards are intended for use in offshore and onshore petroleum facilities and operations. The website www.standard.no/petroleum provides updated information on the NORSOK standards.
Metrology is the science of measurement. It has three main tasks: defining measurement units, realizing measurement units through scientific methods, and establishing traceability in documenting measurement accuracy. Metrology is essential in scientific research and various industries. It covers establishing standards, developing measurement methods, analyzing errors, and ensuring instrument accuracy. Metrology helps plan lives and enable commercial exchanges with confidence as measurements can be seen everywhere.
As a member of a hull inspection team, you will conduct visual inspections of a ship's hull and document any issues found. Level 1 inspections note damage in writing while Level 2 inspections require detailed measurements. Inspections check components like the bow thruster, keel cooler, rudders, sea chest, drive shaft, and zinc anodes for damage, debris, or corrosion. Measurements and damage descriptions are recorded according to standard procedures. Any unidentified objects like mines are carefully marked and reported. Inspection findings are documented on forms after completing the dive.
Newton Robotics delivers custom robotic solutions based on advanced machine vision technology. As a solutions provider, Newton Robotics is uniquely organized and staffed to include both development and manufacturing capabilities, based on our multi-disciplinary approach.
The document describes a new contactless pipeline inspection technology called KMD-01M. It uses magnetometers to detect defects in pipelines from the surface without disrupting operations. The technology is based on nanofilm sensors that can detect weak magnetic fields from defects. It can identify a variety of defect types and has inspected over 10,000 km of pipelines accurately. The system offers advantages over traditional inspection methods like lower costs and ability to inspect underwater or inaccessible areas.
International Journal of Automation and Computing(IJAMC) is an open access peer-reviewed journal that provides an excellent international forum for sharing knowledge and results in theory, methodology and applications Automation and Computing The Journal looks for significant contributions to all major fields Automation and Computing in theoretical and practical aspects.
The document discusses recent research and developments in electronics and communication engineering. It outlines the typical coursework for an electronics and communication engineering degree, including subjects like signals and systems, digital electronics, communication theory, and wireless communication. It then discusses opportunities in fields like intelligent sensors and wireless sensor networks, intelligent vehicles and smart highways, telehealth, microelectromechanical systems, nanotechnology, robotics, and more. Examples of applications are provided, such as using MEMS sensors in airbags or developing intelligent sensor networks for structural monitoring. Overall technologies are advancing rapidly in areas like wireless healthcare, autonomous vehicles, and applications of nanotechnology, robotics, and automation.
Environmental Protection Agency Of Montenegroguestb9d5558
The Environmental Protection Agency of Montenegro was established in March 2009 to accomplish healthy environmental management in the country. It conducts environmental monitoring, issues permits, and handles inspections and communication. The Agency has 5 sectors that deal with monitoring and reporting, permitting, communication, inspection, and legal/financial affairs. Its vision is for Montenegro to have environmental harmony and its mission is to professionally improve the environment for present and future generations. It recognizes the importance of qualified staff, environmental protection, open communication, and priority over other organizations.
The document lists codes and titles for various mechatronics and vehicular technology projects from Hades InfoTech Pvt. Ltd. It includes 48 projects related to mechatronics from 2012 IEEE Transactions and Conferences on topics like climbing robots, battery charging, sensor fusion, and more. It also lists 24 vehicular technology projects from 2012 IEEE Transactions on subjects including vehicle speed measurement, traffic reduction, electric vehicles, and accident detection.
This document provides information about Abhay Ocean India Pvt Ltd (AOIL), an Indian commercial diving company. It outlines AOIL's mission, vision, core values, policies, and the services it provides. AOIL has over 35 years of experience in commercial diving services such as inspections, repairs, construction, and salvage operations. It aims to provide these services safely and with a focus on customer satisfaction, environmental protection, and quality work.
Condition monitoring through non destructive testings of machine pptmuchulucky
The document discusses various non-destructive testing techniques for condition monitoring of machines and plants. It describes techniques like vibration monitoring, acoustic emission, infrared thermography, ferrography, and field signature mapping. For each technique, it provides details on the instrumentation used, parameters measured, types of faults detected, and industrial applications. The conclusion compares the techniques and summarizes their capability for non-contact inspection, automated inspection, and defect sizing.
Mems based optical sensor for salinity measurementprjpublications
1. The document describes a MEMS-based optical sensor using a two-dimensional photonic crystal slab waveguide for measuring salinity.
2. The sensor takes advantage of the fact that the refractive index of sea water changes with salinity concentration. It detects these small refractive index changes by measuring the resulting effective index change in the photonic crystal slab waveguide.
3. Simulation results show that even small refractive index changes due to salinity produce a more significant change in effective index, demonstrating the high sensitivity of the designed sensor. Effective index decreases exponentially with increasing salinity percentage measured.
The document summarizes the key changes between ISO 9000:2000 and earlier versions. ISO 9000:2000 takes a process approach and focuses on continual improvement. It addresses eight quality management principles and requires identifying processes, determining requirements, implementing actions, and continual improvement. The main requirements include developing a quality manual, procedures, records, management responsibility, resource management, product realization, measurement and improvement.
The document provides an overview of the revisions in the ISO 9001:2008 quality management system standard. It introduces the key changes from the previous version, including a stronger focus on customers, leadership and continual improvement. It highlights revised requirements around documentation, resource management, product realization, measurement and improvement. Transitioning organizations must understand the intent of the changes and ensure their quality system meets the new requirements.
Agr Field Operations Pipeline Inspectionjsthetford
This document discusses AGR's field operations services and technologies for pipeline integrity management and inspection. It provides an overview of AGR's strategy, products and services including internal pipeline inspection tools, laser video inspection, and subsea inspection systems. It also presents case studies on internal pipeline inspections and discusses flexible riser inspection technologies.
Korea and norway maritime opportunities and challenges in the high northInnovation Norway
1) NTNU is a leading Norwegian university focused on science and technology with over 20,000 students. It has strong maritime and marine engineering programs.
2) NTNU conducts extensive research on Arctic challenges like ship design, drilling, and transportation that is important for both Norway and Korea's maritime industries.
3) NTNU collaborates closely with Korean universities like KAIST and has opportunities for further research cooperation in areas like Arctic infrastructure and floating structures in ice.
Medicion de contorno y forma de piezas tipo flecha, cigüeñales, arbol de levas, partes de transmicion,etc.
Somos lideres mundiales en este segmento!!!!
Here is a prelim presentation I will make at the SMM Coatings Conference in Hamburg, Sept. 2010. Contact me for the .ppt after the conference. Sorry but many of the fonts converted automatically as a part of the upload process.
The document outlines various NORSOK standards for equipment and operations used in the oil and gas industry. There are multiple standards listed for subsea production systems, diving and underwater operations, drilling facilities, instrumentation, materials, piping systems, electrical systems, safety, and other areas. The NORSOK standards are intended for use in offshore and onshore petroleum facilities and operations. The website www.standard.no/petroleum provides updated information on the NORSOK standards.
Metrology is the science of measurement. It has three main tasks: defining measurement units, realizing measurement units through scientific methods, and establishing traceability in documenting measurement accuracy. Metrology is essential in scientific research and various industries. It covers establishing standards, developing measurement methods, analyzing errors, and ensuring instrument accuracy. Metrology helps plan lives and enable commercial exchanges with confidence as measurements can be seen everywhere.
As a member of a hull inspection team, you will conduct visual inspections of a ship's hull and document any issues found. Level 1 inspections note damage in writing while Level 2 inspections require detailed measurements. Inspections check components like the bow thruster, keel cooler, rudders, sea chest, drive shaft, and zinc anodes for damage, debris, or corrosion. Measurements and damage descriptions are recorded according to standard procedures. Any unidentified objects like mines are carefully marked and reported. Inspection findings are documented on forms after completing the dive.
Newton Robotics delivers custom robotic solutions based on advanced machine vision technology. As a solutions provider, Newton Robotics is uniquely organized and staffed to include both development and manufacturing capabilities, based on our multi-disciplinary approach.
The document describes a new contactless pipeline inspection technology called KMD-01M. It uses magnetometers to detect defects in pipelines from the surface without disrupting operations. The technology is based on nanofilm sensors that can detect weak magnetic fields from defects. It can identify a variety of defect types and has inspected over 10,000 km of pipelines accurately. The system offers advantages over traditional inspection methods like lower costs and ability to inspect underwater or inaccessible areas.
International Journal of Automation and Computing(IJAMC) is an open access peer-reviewed journal that provides an excellent international forum for sharing knowledge and results in theory, methodology and applications Automation and Computing The Journal looks for significant contributions to all major fields Automation and Computing in theoretical and practical aspects.
The document discusses recent research and developments in electronics and communication engineering. It outlines the typical coursework for an electronics and communication engineering degree, including subjects like signals and systems, digital electronics, communication theory, and wireless communication. It then discusses opportunities in fields like intelligent sensors and wireless sensor networks, intelligent vehicles and smart highways, telehealth, microelectromechanical systems, nanotechnology, robotics, and more. Examples of applications are provided, such as using MEMS sensors in airbags or developing intelligent sensor networks for structural monitoring. Overall technologies are advancing rapidly in areas like wireless healthcare, autonomous vehicles, and applications of nanotechnology, robotics, and automation.
This document discusses streaming data processing and the adoption of scalable frameworks and platforms for handling streaming or near real-time analysis and processing over the next few years. These platforms will be driven by the needs of large-scale location-aware mobile, social and sensor applications, similar to how Hadoop emerged from large-scale web applications. The document also references forecasts of over 50 billion intelligent devices by 2015 and 275 exabytes of data per day being sent across the internet by 2020, indicating challenges around data of extreme size and the need for rapid processing.
The concept of the Internet of things associates with two areas: the cloud and devices. And if you can easily find many articles about clouds, you will not find a lot of information about devices in this concept. We will talk about "things" in IoT. What is it, what do they do, what inside of it and how do they work.
The International Journal of Computational Science, Information Technology an...ijcsitcejournal
The International Journal of Computational Science, Information Technology and Control Engineering (IJCSITCE) is an open access peer-reviewed journal that publishes articles on computational science, mathematical modeling, information technology, computer science, control and automation engineering. The goal of the journal is to bring together researchers from academia and industry in these fields and establish new collaborations. The journal focuses on technical and practical aspects of scientific computing, modeling and simulation, information technology, computer science, networks, communication engineering, control theory and automation.
This document provides a summary of the Autonomous Systems Lab (ASL) at CSIRO and its research areas. It discusses ASL's history working on automation projects in mining from 1995-2010. It then outlines ASL's vision of humans and autonomous systems collaborating seamlessly. The document details ASL's current research topics, including persistent robotics, bespoke robotics, reality capture/display, pervasive sensing, connected sensing, and problems/solutions in mixed traffic and interoperability in mining. It discusses ASL's Guardian initiative for a mobile industrial internet to enhance workplace safety and productivity through situational awareness and assistive technologies.
This document discusses the key aspects of developing an AI product for robotics. It outlines problems like autonomous navigation and human-robot interaction. The existing systems use sensors, actuators and control systems, with some using machine learning. Features may include sensors, actuators, control systems, AI, mobility and safety features. Hardware requirements include processing units, memory, sensors and actuators. Software needs include OS, middleware, languages and tools. Challenges include costs, maintenance, job impacts and limited adaptability, but AI is advancing robotics capabilities.
This document outlines the expertise of an organization in various areas including design thinking and innovation, electronic product development, IoT and Industry 4.0 technologies, AI/ML, mechanical design, and web app development. It also lists some notable R&D projects completed in the past 3 years related to IoT-enabled hydroponics, organic fertilizer production machinery, IoT devices for conventional machinery, heartwood formation measurement in bamboo, glucose level measurement, and mobile alcohol detection. Diagrams and schematics are provided for an IoT-enabled hydroponics device and an IoT system for industries.
International Journal of Automation & Computer Applications(IJACA) is devoted to fields of Automation & Computer Applications. The IJACA is a open access peer-reviewed scientific journal published in electronic form as well as print form. The mission
Basic introduction,working(steps involved and hierarchy as how IoT works) description on applications related to IoT and casual examples on the applications and the hype cycle of IoT. At the end there is a formal conclusion regarding IoT and the future related.
International Journal of Ad hoc, Sensor & Ubiquitous Computing (IJASUC)ijasuc
International Journal of Ad hoc, sensor & Ubiquitous Computing (IJASUC) is a bi monthly open access peer-reviewed journal provides excellent international forum for sharing knowledge and results in theory, methodology and applications of Ad Hoc & Ubiquitous computing. Current information age is witnessing a dramatic use of digital and electronic devices in the workplace and beyond. Ubiquitous Computing presents a rather arduous requirement of robustness, reliability and availability to the end user. Ad hoc, Sensor & Ubiquitous computing has received a significant and sustained research interest in terms of designing and deploying large scale and high performance computational applications in real life.
International Journal of Ad hoc, Sensor & Ubiquitous Computing (IJASUC)ijasuc
The document is a call for papers for the International Journal of Ad hoc, Sensor & Ubiquitous Computing (IJASUC). It provides details about the journal, including that it is a bi-monthly peer-reviewed journal covering topics related to ad hoc computing, sensor networks, and ubiquitous computing. Authors are invited to submit original papers by July 31, 2021, with notification of acceptance by August 25, 2021 and final manuscripts due by August 30, 2021. The journal aims to provide an international forum for sharing knowledge and results in ad hoc, sensor, and ubiquitous computing.
International Journal of Ad hoc, Sensor & Ubiquitous Computing (IJASUC)ijasuc
International Journal of Ad hoc, sensor & Ubiquitous Computing (IJASUC) is a bi monthly open access peer-reviewed journal provides excellent international forum for sharing knowledge and results in theory, methodology and applications of Ad Hoc & Ubiquitous computing. Current information age is witnessing a dramatic use of digital and electronic devices in the workplace and beyond. Ubiquitous Computing presents a rather arduous requirement of robustness, reliability and availability to the end user. Ad hoc, Sensor & Ubiquitous computing has received a significant and sustained research interest in terms of designing and deploying large scale and high performance computational applications in real life.
International Journal of Ad hoc, Sensor & Ubiquitous Computing (IJASUC) ijasuc
International Journal of Ad hoc, sensor & Ubiquitous Computing (IJASUC) is a bi monthly open access peer-reviewed journal provides excellent international forum for sharing knowledge and results in theory, methodology and applications of Ad Hoc & Ubiquitous computing. Current information age is witnessing a dramatic use of digital and electronic devices in the workplace and beyond. Ubiquitous Computing presents a rather arduous requirement of robustness, reliability and availability to the end user. Ad hoc, Sensor & Ubiquitous computing has received a significant and sustained research interest in terms of designing and deploying large scale and high performance computational applications in real life.
Multi-Robot Sensor Relocation to Enhance Connectivity in a WSNijasuc
Ensuring connectivity in Wireless Sensor Networks (WSN) is a challenging issue, especially in hazardous areas (like battlefield). Many applications of WSN require an important level of connectivity in the network to detect a given event (like detection Intrusion) and forward it to the ”sink” node in order to alert users. For these risky areas the deterministic deployment is not usually guaranteed and the network is composed by a set of disconnected Islands. We present in our work two strategies to relocate sensors in order to improve the connectivity using mobile Robots. These two solutions are called Multi-Robot Island-based Relocation (MRIBR) and Multi-Robot Grid-Based Island-based Relocation (MRGIR). Through several simulations, we show that MRGIR outperforms MRIBR. Our study can be used especially to make a tradeoff between the number of deployed sensors and the numbers of the used mobile robots, according to the quality needed for the application.
International Journal of Ad hoc, sensor & Ubiquitous Computing (IJASUC)ijasuc
International Journal of Ad hoc, sensor & Ubiquitous Computing (IJASUC) is a bi monthly open access peer-reviewed journal provides excellent international forum for sharing knowledge and results in theory, methodology and applications of Ad Hoc & Ubiquitous computing. Current information age is witnessing a dramatic use of digital and electronic devices in the workplace and beyond. Ubiquitous Computing presents a rather arduous requirement of robustness, reliability and availability to the end user. Ad hoc, Sensor & Ubiquitous computing has received a significant and sustained research interest in terms of designing and deploying large scale and high performance computational applications in real life.
International Journal of Ad hoc, sensor & Ubiquitous Computing (IJASUC) ijasuc
International Journal of Ad hoc, sensor & Ubiquitous Computing (IJASUC) is a bi monthly open access peer-reviewed journal provides excellent international forum for sharing knowledge and results in theory, methodology and applications of Ad Hoc & Ubiquitous computing. Current information age is witnessing a dramatic use of digital and electronic devices in the workplace and beyond. Ubiquitous Computing presents a rather arduous requirement of robustness, reliability and availability to the end user. Ad hoc, Sensor & Ubiquitous computing has received a significant and sustained research interest in terms of designing and deploying large scale and high performance computational applications in real life.
International Journal of Ad hoc, sensor & Ubiquitous Computing (IJASUC)ijasuc
International Journal of Ad hoc, sensor & Ubiquitous Computing (IJASUC) is a bi monthly open access peer-reviewed journal provides excellent international forum for sharing knowledge and results in theory, methodology and applications of Ad Hoc & Ubiquitous computing. Current information age is witnessing a dramatic use of digital and electronic devices in the workplace and beyond. Ubiquitous Computing presents a rather arduous requirement of robustness, reliability and availability to the end user. Ad hoc, Sensor & Ubiquitous computing has received a significant and sustained research interest in terms of designing and deploying large scale and high performance computational applications in real life.
International Journal of Ad hoc, Sensor & Ubiquitous Computing (IJASUC)ijasuc
International Journal of Ad hoc, sensor & Ubiquitous Computing (IJASUC) is a bi monthly open access peer-reviewed journal provides excellent international forum for sharing knowledge and results in theory, methodology and applications of Ad Hoc & Ubiquitous computing. Current information age is witnessing a dramatic use of digital and electronic devices in the workplace and beyond. Ubiquitous Computing presents a rather arduous requirement of robustness, reliability and availability to the end user. Ad hoc, Sensor & Ubiquitous computing has received a significant and sustained research interest in terms of designing and deploying large scale and high performance computational applications in real life.
International Journal of Ad hoc, Sensor & Ubiquitous Computing (IJASUC)ijasuc
International Journal of Ad hoc, sensor & Ubiquitous Computing (IJASUC) is a bi monthly open access peer-reviewed journal provides excellent international forum for sharing knowledge and results in theory, methodology and applications of Ad Hoc & Ubiquitous computing. Current information age is witnessing a dramatic use of digital and electronic devices in the workplace and beyond. Ubiquitous Computing presents a rather arduous requirement of robustness, reliability and availability to the end user. Ad hoc, Sensor & Ubiquitous computing has received a significant and sustained research interest in terms of designing and deploying large scale and high performance computational applications in real life.
Similar to 5 technology inventory mapping analysis (20)
This document summarizes a study on analyzing gaps in Malaysia's robotics industry. Key findings include gaps in technology, human capital, and standards. Recommendations are provided to the Malaysian government to achieve its targets, including increasing SIRIM's presence in the robotics industry and implementing the IC-I NR plan through various research centers and organizations. The study has some limitations due to low industry participation, but additional data sources were used. The scope was on gap analysis for IC-I NR implementation and could be extended based on other workshops.
This document discusses the objectives and functions of a proposed Robotics Portal to support Malaysia's robotics industry. The portal would display data on the industry, share findings from a gap analysis study, and encourage participation from stakeholders. It would allow users to manage profiles, search a robotics directory, view slides about a national robotics project, participate in surveys, and see listings of local robotic products and training opportunities. The portal design is based on models from other robotics industry associations and aims to increase the presence and role of SIRIM, the agency involved in robotics for Malaysia.
This document summarizes a study on identifying gaps in Malaysia's robotics industry in order to implement a national robotics program. It outlines that secondary research was conducted including reviewing existing market studies, data from innovation centers, and education programs from other countries like Korea. Primary research involved developing questionnaires and conducting interviews. The document also provides examples of technology push and market pull robotics projects in Malaysia and outlines the political, economic, social and technological factors driving the robotics industry as well as strengths, weaknesses, opportunities and threats.
The document analyzes gaps in Malaysia's robotics industry to inform the implementation of an Industrial Centre of Innovation for National Robotics (IC-I NR). It identifies gaps through stakeholder questionnaires, visits, and expert interviews. Key gaps include low robotics adoption, lack of a national robotics center, an incomplete value chain, insufficient human capital, and no adoption of international standards. The document outlines strategies to address these gaps based on benchmarks from South Korea. It proposes targets and plans for the IC-I NR to develop 10 service robots, train 100 companies in robotics, establish a robotics portal, increase the certified workforce, and adopt 2 standards by 2020. Limitations of the study are also noted.
The document identifies 5 key gaps in Malaysia's robotics industry:
Gap 1: Robotics Adoption in Malaysia - Low adoption of robotics due to small market size, lack of government incentives, and low skills among new users.
Gap 2: Robotics National Centre - Currently no dedicated national robotics centre/agency to coordinate the industry.
Gap 3: Integrated Value Chain - No integrated value chain from R&D to distribution.
Gap 4: Human Capital - Shortage of skilled workers for maintenance and over-reliance on foreign workers.
Gap 5: Standards - Lack of adoption of robotics standards in Malaysia.
This document summarizes discussions with experts in human capital and standards for Malaysia's robotics industry. It identifies several areas for development, including:
1) Developing a flagship local robotic product to reduce foreign dependency and spur industry growth, drawing from lessons of the automation industry.
2) Addressing skills gaps between academic and industry needs by defining competencies and curriculum across the robotics value chain from manufacturing to operations.
3) Creating markets for robotic technologies by adopting standards, as was done successfully in oil and gas, which can generate new certification and testing businesses.
4) Developing Malaysian robotics standards by adopting, adapting, or creating new standards to meet local requirements while ensuring access to global markets
The document analyzes questionnaires from robotics stakeholders in Malaysia regarding technology adoption, human capital needs, and standards. It finds that most stakeholders serve industrial automation and research areas like embedded computing. They face challenges like insufficient funding, high costs, and lack of skilled workers. It recommends that the government provide more funding and shared resources, improve education through programs like teaching factories, and increase awareness of standards to help the robotics industry in Malaysia grow.
This document discusses the identification of robotics stakeholders in Malaysia and the creation of a robotics stakeholders database and portal directory. It identifies sources to compile a list of industry players, academia, and research institutions involved in robotics. The stakeholders' information will be collected in a database with profiles of their technology, human capital, and activities. This database will then be used to create an online portal directory that allows searching for and analyzing Malaysia's robotics stakeholders, technologies, products, and training opportunities to identify strengths and gaps in the industry.
This document outlines the activities of a study on the gap analysis of Malaysia's robotics industry. It includes a list of project team members and a timeline of activities from May 2015 to December 2015. Some of the key activities included developing questionnaires, identifying and contacting robotics stakeholders, conducting visits and workshops with stakeholders, and data analysis. Respondents to the questionnaires included universities, research institutions, and companies representing various robotics sectors. A workshop was held in October 2015 to establish strategic robotics projects in sectors such as agriculture, oil and gas, healthcare and more. Two members from the project team also attended an IEEE conference on robotics and intelligent sensors in October 2015.
This document summarizes a study on analyzing gaps in Malaysia's robotics industry to inform the implementation of a national robotics initiative. The study involved:
1) Identifying local robotics stakeholders and reviewing literature on the current market, education, and standards.
2) Conducting primary research through questionnaires, visits, and workshops to profile technologies, human capital needs and capabilities, and standards awareness.
3) Benchmarking against global robotics industries and government directives to identify technology areas, human capital strengths/weaknesses, and standards gaps needed to advance Malaysia's robotics industry.
The output is a gap analysis report and stakeholder database to provide input for the national robotics initiative's implementation plan.
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3. Literature Review: Global Robotics Technology Areas
Robotics
Power
Management
Artificial
Intelligence
and Cognition
Sensor
•Touch
•Vision
Human Robot
Interaction
•Speech
Recognition
•Face Recognition
Control
Mechanical
Source:
https://en.wikipedia.org/wiki/Robotics
http://robotics.gatech.edu/research
Sensors allow robots to receive
information about a certain
measurement of the environment, or
internal components
The mechanical structure of a robot must
be controlled to perform tasks. The control
of a robot involves three distinct phases –
perception, processing, and action
Precision control is vital to the
success of robotic systems,
enabling robots to move in safe,
effective, and predictable ways
Machine-learning techniques to model
human behavior and develop new
discovery, recognition, and planning
technologies for intelligent machines
Interface and processing of communication between
human and robots to command activities
5. Robotics Technology Areas Mappings
Power Storage
Robot
Intelligence
Smart Sensors
Neural
Communication
Image
Processing
New Materials
Power
Management
Artificial
Intelligence
and Cognition
Sensor
Human Robot
Interaction
Control Mechanical
Global Robotics Technology Areas (identified through Literature Review)
Malaysia’s Robotics Technology Areas (identified through MOSTI-MITI Robotics Roadmap)
Smart Sensors
Robot Intelligence
(inc Image
Processing)
Control (inc
Human Robot
Interaction)
Power Storage
and Management
Communication New Materials Mechanical
MAPPED TECHNOLOGY AREAS
Precision control is
vital to the success of
robotic systems,
enabling robots to
move in safe,
effective, and
predictable ways
Sensors allow robots
to receive
information about a
certain measurement
of the environment,
or internal
components
Machine-learning
techniques to
model human
behavior and
develop new
discovery,
recognition, and
planning
technologies for
intelligent
machines
The mechanical
structure of a robot
must be controlled
to perform tasks.
The control of a
robot involves three
distinct phases –
perception,
processing, and
action
Communication of
data and others to
and from robots
6. Robotics Technology Advancement Workshop : Tech. Listing
Agriculture
• Smart Sensors
• Neural Communication
• Power Storage
• Robot Intelligence
• Image Processing
• New Materials
Oil & Gas
• Autonomous Power
Supply
• Subsea power supply
• Telemetry
• Buoyancy System
• Sensory Technology
• Subsea Instrumentation
• Material Engineering
• Subsea Connectors
• System Integration
• Big Data Analytics
• Monitoring Grids
• Image Processing
SME/Industry
• Smart Sensors
• Neural Communication
• Power Storage
• Robot Intelligence
• Image Processing
• New Materials
Healthcare
• Sensors
• Bar Code Systems
• Automated Storage &
Retrieval System
• Intelligence Online
Database Systems
• My Card Reader System
• SMART SENSORS
• Motorized Joint
Mechanisms
• Human Robotic
Interface
• Intelligence Control
• Intelligence Telemetric
Monitoring
• Mechanical Exoskeleton
• Materials
Edutainment
• Smart Sensors
• Power Storage
• Robot Intelligence
• Image Capture
• Low Cost Materials
• Educational Elements
• Internet Of Things (Iot)
• (Steam)
• Medium Size
Defense
• Communication
Network
• Complex System
• Mobile System
• Intelligent Autonomous
Systems
• Bio-Metric Detection
System / Smart Sensor
7. Detailed Technology Mapping Analysis
Smart Sensors Robot Intelligence Power Storage and
Management
Communication Controls New Materials Mechanical
Agricultures Smart Sensors Robot Intelligence
Image Processing
Power Storage Neural
Communication
New Materials
Oil & Gas
Buoyancy System
Subsea Connectors
Monitoring Grids
Sensory
Technology
System Integration
Image Processing
• Autonomous
Power Supply
• Subsea power
supply
• Telemetry
• Big Data Analytics
Material Engineering
Subsea
Instrumentation
Defense
Complex System
Mobile System
Smart Sensor/
Detection System
Intelligent
Autonomous Systems
• Communication
Network
• Bio-Metric
SME/Industry Smart Sensors Robot Intelligence
Image Processing
Power Storage Neural
Communication
New Materials
Edutainment Smart Sensors Robot Intelligence
Image Capture
Power Storage Internet Of Things
(Iot)
Low Cost Materials
Healthcare
Bar Code Systems
Online Database
My Card Reader System
Monitoring
Exoskeleton
Sensors Systems
SMART SENSORS
Automated Storage &
Retrieval System
Telemetric • Control
• Intelligence
• Human Robotic
Interface
Materials Motorized Joint
Mechanisms
Mechanical
8. Smart Sensors Robot Intelligence Power Storage and
Management
Communication Controls New Materials Mechanical
• Actuator & Sensors
Fusion
• Sensors +3
• Sensors on IOT
• Remote Sensing
• Vision and Imaging
• Vision
• Intelligent Medical
Imaging
• Neuro Signal Processing
• Computer Vision
• Signal and Image
Processing
• Underwater Sensor
Fusion Acoustic
Localisation
• 3D Human Motion
Visualisation
• Vision System
• Sensors
• Instrumentation
• Microelectronics
• Software Programming
• Robotics Programming
• Robot Operating System (ROS)
• Process Automation
• Discrete Automation and
Motion
• Process Batching
• Vision System + 1
• Pick and Place
• Navigation Method
• Laser Processing
• Pervasive Computing &
Embedded System
• Health Information and
Modelling
• 3D Imaging and
Computational Intelligent
techniques
• Intelligent System
• Artificial Intelligence
• System Integrated Intelligence
• Smart Grid
• Efficiency Optimization
• Rehabilitation Engineering
and Assistive Tech
• Humanoid and Ubiquitous
• Anthromorphic Robot
Manipulator
• Power Products
• Power System
• Low Voltage Products
• Power Supply
• Power transmission
• Medium Voltage transmission
and distribution
• Electrical + 2
• Discharging
• AC Inverter
• DC Drives
• Drives and Energy Solutions
• Energy Solutions System
• Energy System
• Energy and Power System
• Power System Planning and
Management
• Solar PV System
• High Voltage Engineering
• Power Electronics and Drives
• Active Power Filter
• Wireless
• Network Control
• Telemetry System
• Server
Management
System
• IOT
• Telecommunicati
ons
• Cloud Computing,
Information
Systems and
Health
Informatics
• Control Panel Fabrication
• Control System Integration
• Control System Troubleshoot
• Programmable Logic Controllers
• Control and Plant Automation
• Pneumatic Control System
• Data Acq & Control Module
• Motion Control System
• Control System Design
• PC-based control technology
• Modular Control System
• Control System +5
• Electronic Control
• AGV Controller Design
• Electromechanical Control System
• Embedded System Programming
• Algorithm Design
• Embedded Box PCs
• Industrial Computers +3
• Software
• SCADA +2
• PLC +3
• Process Control
• Embedded Computing
• Automation System
• Factory Automation
• Process Automation
• IPC based automation
• Interface Engineering
• Human Machine Interface +1
• TwinCAT Automation Software
• Motion Control
• Motion Control
• Human Robot Interaction
• Underwater Robots
• Human Motion Tracking and
Analysis
• Machine Conditioning Monitoring
• Material Analyst
• Component
Sourcing
• Materials and
Manufacturing
• Electronic/Mechanical Design
• Mechanical +1
• Mechanical Assemblies
• Machine Design
• Machine Fabrication +1
• Mechanical Seal Product Design
• Mechanical – FMS, CMC
• Mechatronics Design/Analysis
• AGV Hardware Design
• CAD/CAM Design 2
• Tooling Design
• Circuit Design
• PCB Fabrication
• SERVO
• CNC + 1
• Motors and Tires
• Servo Drives
• Precision Metal Tooling + 1
• Precision Metal Stamping
• Pneumatic Automation
• Process Equipment/Machinery
• 3D Aluminum Prototyping
• Precision Machining of Tools
• Assembly and Checking Jig
• Tools, Dies and Blow
• Rubber and Forming Mould
• DELCAM
• MASTERCAM
• SOLIDWORK
• AUTOCAD
• Metal Fabrication
• Surface Mount Technology
• Through Hole Technology
• Motor and Drives
• Material Handling Platform
• Mechanical Motion Control
• Drives Repair
• Mechatronics Architecture
• Electric Machine Design
ACTIVITIES :
DESIGN, FABRICATION, ASSEMBLY, INTEGRATION, MANUFACTURE, PROTOTYPING, TESTING, TRAINING, WELDING, DISTRIBUTOR, MAINTENANCE , INSTALLATION
9. UAV
Surveillance
Detection System
Pipeline and Electrical
Fault Detection
Geospatial
Intelligence System
Education Robotics
Research Robot
Platform - Dr Robot
Servo Motor
Controller
Welding and Cutting
Machine
Precision CNC
Milling
Precision Wire Cut
Laser Machine
Analog, Digital,
Mixed Signal
Optoelectronic
components
Power Products
AGV Parts &
Accessories
AGV
Automated Guided
Vehicles (AGV)
Conveyor Feeding
Machine
Sliding Table Saw
Industrial Saw
Blades
Automation
Solution
Robotic Sustems.
AGV
Laser Guided
NanoSatellite
UAV
Process Control
LASER
ROBOMACHINE
RoboDrill RoboShot RoboCut RoboNano Robotics Training Kit
Robotics
Development
Board/Tools
Microcontroller
DC Motor Automation PC 620 Automation Panel
Rotary System
Varispeed AC
YASKAWA
Distributor
AC and DC servos
AC inverter
FA Controllers
GGM
Handex
MC Microstep Fuji Electric
ExceM
RK Rose + Krieger
Oriental Motor
Fastech
Dongbu Robot
(Dasarobot)
Urawa
Kyowa
Liming Servo Box
Sungil Coupling
Shihlin Servo Motor
Electronic/Electrical
Components
Microcontroller Kits
Robot Training Kits
Total Valve
management
Modular aluminium
profile system and
bearings
Steppo Motor
AC/DC
Shaft Coupling
process batching
transfer & storage
system
engineering &
technical solutions
packaging systems
specialised solutions
automation system factory automation
water treatment
plant
irrigation and flood
mitigation
Industrial Robot
Tightening
QUBE Control
Laser Soldering
Automation
Desktop Soldering
Robot
Desktop Robot ROBOTICS SYSTEM FOOD PACKAGING PAINTING SYSTEM
CUSTOM MADE
SPECIAL GRIPPER &
CONVEYOR
Multiport
communication
cards
reverse engineering
engineering design
parts specification
ruggedized
workstations
flat panel
LCD touchscreens
I/O cards
panel PCs
Online analyser sensor for water
waste water
treatment processes
laboratory tester
photo meter / jar
tester
metering pumps /
chemical feeder;
pressure instuments
gigabit industrial
ethernet switch
wired / wireless
device server
industrial fiber
media converter
video server, serial
device gateway
GSM / GPRS modem
panel PC &
industrial computer
ruggedized
portables &
computer
protocol
communication &
gateway
Industrial PCs &
servers
DAQ cards /
modules
panel PCs & display
PXI & compact PCI
systems & i/o
high end video
capture cards
motion controller
cards
real-time
distributed i/o
embedded PC PC/104+ Cpu & i/o
Factory Automation
Machine &
Equipment
High Precision Parts
Automation System
Solutions
SCADA Systems
Precision
components
fieldbus
components
I/Os
Industrial
Automation
Environmental
Engineering
Statutory
Requirements
Maintenance
Services
engineering services Bulk Storage System Air Filtration System
Mixing System
Grinding & Milling
System
Sieving &
Classification
System
Pneumatic
Conveying System
Weighing Batching
System
snack food
processing and
packaging machines
processing line
machineries whole
plant machineries
Technical Education
Training Equipment
Industry Control
System
XYZ Robot
precision machined
parts,
custom made single
machinery
industrial
automation systems
turnkey
engineering service
component
machineries
equipment
ROV UAV Drone (UAV)
Product/Services - Companies
10. Robotics Floor Cleaner Cytron Products Robot Vacuum Cleaner Ninebot Products Robot Vacuum Cleaner “Mitsubishi PLCs
Inverters
Robots and servo systems
Koganei pneumatics,
Panasonic sensors, Oriental motors,
Nitta Moore tubings and
fittings,
Convum vacuum systems" "Factory Automation PLCs Control Components
Hydraulic Compoments
Conveyors"
Markati Fullscale XT Plus 3D
Printer
Electronic
"Pnuematic Components
Proximity Sensor
PLC
Control
Spin Dry Filter"
"Industrial Equipment HV/LV Power System" "Automation Devices
PLC
HMI
Pneumatic components
Sensor
Servo Motors"
"Electrical/Mechanical
Equipments
Filtration System Replacement Filter"
Engineering
Accessories/Components
"system design
etrofitting of electrical &
pneumatic control systems
complete system intergration &
supplies"
Sony factory automation
desktop robot (XYZ, XYZR);
video microscope; automatic screw feeder.
"LV distribution
Control components"
Machine vision system
components
"LV electrical
industrial control products."
"Panasonic AC Servo
Gear Boxes
Laser Machines"
"Liquid Pumps,
Vacuum & Compressor Pumps.
Milling Machine
Tuning Machine
Precision Grinding
EDM Wire Cut"
"Automated filling machine
Automated labelling machine"
"Directional Control Valve
Air Cylinder
Rotary Actuator
Vacuum Equipments
Switchers
Sensors
Flow Control Equipments
Product - Distributors
11. Robotics
Workshop/Training
UR Training "Motor
Advance sensor
Wireless
communication
Microcontroller "
"Automation
technology
-AC/DC Drives &
Systems
-Programmable
Logic Controller (PLC)
"Embedded System
DSP
Software Testing Mobile Tech"
"Industrial Control
and Automation
PLC
Control
AC/DC System"
Siemens PLC
Training - Companies
12. In- House Robotics Products/Researches
-
No Research Technology Status Challenges Future
Technology
5 Underwater
Robotics
Platforms
Mobile Robots Not Commercialised • Acceptance by
users
• Local market
not ready and
too small
• Lack of trust in
local
technology
6 Bouy System Mobile Platform Not Commercialised
7 Tunnel
Inspection
Robot
Mobile Robots Not Commercialised
8 ROV Not Commercialised
9 UAV Not Commercialised
13. In- House Robotics Products/Researches
-
No Research Technology Status Challenges Future Technology
10 Surveillance Robot In progress
11 Robotlesa FMS Mechanical In Progress
12 Snake Robot Own Use
13 Humanoid Robot Own Use
14 Flower Robot Commercialised
15 Measuring Robot For school use Commercialised
16 Drone (UAV) In Progress
17 XYZ Robot Pick and Place Commercialised • Limited
funding
• Cost
Machine Vision
Robotics System
PC based Controls
14. In- House Robotics Products/Researches
-
No Research Technology Status Challenges Future Technology
18 Assitive Device for
Hand
Control
System/Robotics
Not
commercialized
• Limited budget in
funding
• Technology not up to
mark
Bio Medical
Engineering
19 Navigation
Automation
Not
commercialized
• Need more funding
• Robotics need
advanced facilities
20 Path Taking Not
commercialized
21 Sensor Integration Not
commercialized
22 AUV Robust Control Not
commercialized
Lack of Testing Equipment Multi AUV cooperative
strategy
23 ASV Navigation &
Control
Not
commercialized
Swarming Robotics
Technology
15. In- House Robotics Products/Researches
-
No Research Technology Status Challenges Future Technology
24 Underwater Vehicle Docking Not commercialized Underwater Localization,
Mapping, Underwater
Structure Inspection
25 HRI for child with
cerebral palsy
HRI Not commercialized
26 Human Robot
Interaction
HRI Not commercialized Social Robots
27 Social Robot to
support learning
Not commercialized
28 Autonomous Surface
Vehicle
Navigation Not commercialized Visual Navigation
29 Brain Science Neurology Not commercialized
30 Prosthetic Medical
Rehabilitiation
31 Social Robotics Social Science Not commercialized
16. No Technology Area No of Expertise Remarks
1 Power Storage and Management Low power microelectronics
Power Electronics
Energy and Power System
High Voltage
Power Electronics and Drives
Active Power Filter
CISIR
APU
CERIA
CERIA
CERIA
CERIA
20 L/D, 15 M Students, 5 PhD Students
2 Robot Intelligence Fuzzy Logic
Neural Network
Genetic Algorithm
Expert System
Pattern Recognition
VLSI System Design
System Level Integration
Embedded System
Neural Networks
Artificial Intelligence Applications in Engineering
Machine Learning
Data mining
Fuzzy Logic
Cloud Computing
Knowledge Representation
Smart Decision Making
Neural Network
Pneumatic Artificial Muscle
(CAIRO)
(CAIRO)
(CAIRO)
(CAIRO)
CISIR +1
CISIR
CISIR
CISIR
APU +2
APU + 4
APU + 1
APU
APU
APU + 2
APU
APU
CERIA
CERIA
Lecturers
Lecturers
3 Communication Optic Fiber/Wireless Communication
Wireless and Mobile System
Data Compression
4 New Materials Nano Devices
Silicon Nanoelectrics
Nanofabrication Technologies
APU
Note:
Data for 10 Robotics Research Centre
Level of Expertise :
Awareness Technician Students Developers Lecturers
17. No Technology Area No. of Expertise Remarks
5 Sensor Motor Advance Sensors
Signal Processing
Image Processing and Analysis
Computer Vision
Intelligent Signal
Optical Communication
Medical Image Processing
Signal and Image Processing
Infrared remote sensing technology
(CAIRO)
(CISIR + 3)
(CISIR +2)
(CISIR)
(CISIR)
(CISIR)
APU + 1
APU + 3
Lecturers/Developers
Lecturers/Developers (P)
Lecturers/Developers (P)
6 Control Microcontroller
Control System
Precision Motion Control
Control theory
Control System Engineering
Motion Control
Control System
Fuzzy Logic Controller
Human Robot Interaction
Speech Technology
Precise GPS Positioning
GIS/Geospatial Data Analysis
User Interface
Nonlinear System
Process Control
(CAIRO)
(CISIR)
CERIA + 1
CERIA
CERIA
CERIA
CERIA
CERIA
(HBIR)
APU
(CISIR)
(CISIR)
CERIA
CERIA
CERIA
Lecturers/Developers
Lecturers/Developers (P)
Students (PhD)
Lecturers/D
7 Mechanical Wireless Communication
Mechatronics
Robotics and Biomedical App
Machine Conditioning Monitoring
Humanoid and Ubiquitous
Rapid Prototyping
Engineering Materials
Mechatronic Engineering
Electric Machine Design
Actuator
(CAIRO)
(CISIR)
(CISIR)
(CRA MMU)
(CRA MMU)
APU
APU
CERIA + 1
CERIA
CERIA
Lecturers/Developers
Level of Expertise :
Awareness Technician Students Developers Lecturers
18. Robotics
Research
Centres/COE
CAIRO
Underwater
Robotics
Research –USM
UNIKL MFI COE
(SWARM,
Automotive and
Unmanned
Robotics
Vehicle)
HUROBS
(Mechatronics
Architecture)
CERIA
CRA MMU
(Ubiquitous
Robotics)
CISIR
(Biomedical
Signal and
Image Analysis)
USM
Underwater
Robotics
Research Group
UITM –
Humanoid Brain
Impairment
Research
myRIS UMS
(Medical
Robotics)
19. • CAIRO (Artificial Intelligence Research Group)
• CISIR UTP ( Intelligent Medical Imaging)
• HUROBS (System Integrated Intelligence)
• CRA (Humanoid Intelligence)
• myRIS (Intelligent System)
ROBOT DEVELOPMENT – RESEARCH CENTRES MAPPING
• CISIR UTP (Signal and Image Processing,
Visual Surveillance & Monitoring)
• CAIRO (Vision System Development
Software)
• CAIRO (Robotics & Mechatronics
Research Group
• CAIRO (Control and Automation)
• Humanoid Brain Impairment
Research – UITM
• Underwater Robotics Research –
USM
• UNIKL MFI COE (SWARM,
Automotive and Unmanned
Robotics Vehicle)
• HUROBS (Mechatronics
Architecture)
• CERIA (Rehabilitation Engineering
and Assistive Tech)
• CERIA (Robotics and Industrial
Automation)
• CRA MMU (Ubiquitous Robotics)
• CISIR (Biomedical Signal and Image
Analysis)
• USM Underwater Robotics
Research Group
• UITM – Humanoid Brain
Impairment Research
• myRIS UMS (Medical Robotics)
• APU (Speech Technology)
• HUROBS (Human-Machine Interaction)
• HUROBS (Efficiency Optimisation)
• myRIS (Sensors)
• CERIA (Power Electronics and Drives)
• CERIA (Energy and Power System)
20. Objective National Focal Point for Robotics and
Automation Networks in Malaysia
Acquire advanced technologies and working with
local industries to enhance their products in a way
of improving their competitiveness
Develop and nurture the research growth in
FKE. CeRIA conducts researches in new
technologies, consultations, testing and also
new product developments. In addition, CeRIA
also support the post-graduate programs
through university-industry collaborations.
Research-led center of excellence,
embarks on research activities ranging
from medical and rehabilitation robotics,
intelligent mechatronics to bio-sensing
Collaboration - Academic Collaboration
- Education program
Industrial Collaboration
– joint projects, consultancy, staff attachment,
industrial research grant, industrial data
• Post-graduate programs through
university-industry collaboration, local
and global centres of excellence,
research
• institutes and other universities
Initiated various impactful activities in the
past few years. For instance, the
International Symposium on Robotics and
Intelligent Sensors (IRIS2010) was initiated
in Nagoya University in Japan in 2010, and
the German-Malaysian Workshop Series
was started in Hannover University in
Germany in 2012
Research • Connected Vehicles
• Unmanned Robotics Vehicles
• Robotics Cars
• Vision System Development Software
• Intelligent Diagnostic of Power Transformer
• Virtual Laboratory
• Syariah Compliant Automated Chicken
Slaughtering System
Total grant = RM 15 million
100 journal publication, 50 awards
Robotics and Industrial Automation (RIA
Research Group)
- Energy and Power Systems (EPS Research
Group)
- Power Electronics and Drives (PED Research
Group)
- Rehabilitation Engineering and Assistive
Technology (REAT Research Group)
• Rehabilitation/Medical Robotics
• Military Robotics
Human Capital - - Lecturers
- Research Officers
- 200 Students (from Jan 2015 – current = 29
Masters and PhD students)
COE Manager, Dr. Hidayat Zainuddin • Actively participating in robotic
competitions of national and
international levels and won top prizes.
• HuRoBs towards a Higher Institution
Centre of Excellence (HICoE)
http://coerobotics.weebly.com/ http://www.cairo.utm.my http://ceria.utem.edu.my http://hurobs.uitm.edu.my/