-
Firewire
Firewire is actually the IEEE-1344 standard interface for high speed, real time data transfer. There are two versions, the 1394a and 1394b which transfer data at 400 and 800 Mbps.
From this lesson you’ll also learn which Firewire type uses the 6-pin connection vs. the 9-pin, and the pin count ratio for data transfer vs. power transfer.
We’ll look at several devices to see and explain the differences between port and connectivity relationships, you’ll learn that the maximum number of devices that can be connected to a single port is 16, and why.
published: 14 Nov 2017
-
2016 leap second in IRIG-B timecode
In 2016, leap second was added to UTC time in 31.12.2016 23:59:60 UTC. Here we can see this event happening as decoded from IRIG-B timecode utilized wih IEEE1344 support.
NOTE: There's no sound in this video!
published: 01 Jan 2017
-
Distinguished Talk 01: Low-power Circuits for IoT
The Distinguished Talks is a series of webinars on IC Design and IC Devices promoted by the IEEE SSCS-EDS South Brazil Joint-Chapter. The invited speakers are experts in the field of integrated circuits.
Distinguished Talk 01: Low-power Circuits for IoT by Dr. Jorge Fernandes
Abstract:
After the telecommunications boom (connecting people) and the internet boom (connecting computers), IoT challenges to connect all “things”. IoT revolution is based on the availability of a massive amount of information coming from the data sensed and transmitted by a huge amount of Intelligent connected objects. One of the IoT drives is to connect objects with low-cost fully autonomous circuits, focused on extremely low-power to be battery-less. This talk addresses power harvesting (PH) circuits, clock ci...
published: 26 Jun 2020
-
IRIG-B Analyzer quick demonstration - Tekron
Technical Manager Jared Laverty takes us through the functionality of the IRIG-B Analyzer
published: 01 Feb 2017
-
Vehicle Control #shorts
Vehicle control
https://sites.google.com/view/okajima-lab/en/vehicle-control
T. Honda, N. Matsunaga and H. Okajima: Hybrid Steering Model depending on Driver's Gazing Point to detect inattentive driving using Machine Learning, 19th International Conference on Control, Automation and Systems, 1344-1349 (2019)
https://ieeexplore.ieee.org/document/8971669
D. Matsuno, N. Matsunaga, Y. Shida and H. Okajima:Evaluation of steering model depending on gazing distance by using driving simulator, Proceedings of ICCAS 2016 (2016)
https://ieeexplore.ieee.org/document/7832297
H. Okajima, S. Yonaha, N. Matsunaga and S. Kawaji:Direct Yaw-moment Control method for electric vehicles to follow the desired path by driver, SICE Annual Conference 2010, 2010.8.
https://ieeexplore.ieee.org/document/5604007...
published: 28 Oct 2023
-
Alternative Testing Techniques for Instrument Transformers
The webinar discusses the purpose of current transformers (CT) in the field which is twofold: (1) to be used inaccurate measurement systems and; (2) to be used in complex protection and control schemes.
For both applications, reliability and precision are paramount. During power restoration after fault conditions, testing capabilities and resources might be limited due to time constraints. Field testing of multi-tap CTs as per the IEEE C57.13.1 standard recommendations is time-consuming if carried out on a tap-by-tap basis. Therefore, the concurrent testing technique is recommended and the necessary tests are carried out on multiple taps simultaneously, thus reducing testing time drastically.
In this presentation, AC and DC methods applied to condition assessment of metering and protec...
published: 28 Sep 2018
-
Asynchronous Device Detection for Cognitive Device to Device Communications
Asynchronous Device Detection for Cognitive Device to Device Communications
IEEE PROJECTS 2018-2019 TITLE LIST
Call Us: +91-7806844441,9994232214
Mail Us: [email protected]
Website: : http://www.nextchennai.com
: http://www.ieeeproject.net
: http://www.projectsieee.com
: http://www.ieee-projects-chennai.com
: http://www.24chennai.com
WhatsApp : +91-7806844441
Chat Online: https://goo.gl/p42cQt
Support Including Packages
=======================
* Complete Source Code
* Complete Documentation
* Complete Presentation Slides
* Flow Diagram
* Database File
* Screenshots
* Execution Procedure
* Readme File
* Video Tutorials
* Supporting Softwares
Support Specialization
=======================
* 24/7 Support
* Ticketing System
* Voi...
published: 22 Dec 2018
-
03. Eras tu 🎵 | Ulises Bueno - #AHORA
Ulises Bueno - Ahora (2019)
---------------------------------------------
Instagram Personal: https://www.instagram.com/SoyUlisesBueno/
Instagram Oficial: https://www.instagram.com/UlisesBuenoSoy/
---------------------------------------------
Facebook https://www.facebook.com/ulises.bueno.oficial
Twiiter https://twitter.com/UlisesBuenoSoy
---------------------------------------------
#UlisesBueno #Ahora #CuartetoDelBueno
published: 31 Dec 2019
-
UV-C Disinfection Robot - testing key features
Testing key features of UV-C disinfection robot.
This robot has two important functions:
- floor disinfection
- video surveillance in facilities
The robot is remotely controlled by the operator from a safe distance (e.g. another room). Preview from 2 cameras is sent to the operator in real time to facilitate control of the robot's trajectory.
UVC (100-280 nm) is able to kill all kinds of microorganisms, including drug-resistant bacteria, fungi and viruses like covid-19. UVC light is absorbed in the cellular RNA and DNA resulting to virus structural damage and inactivation, such that they are no longer able to replicate.
UVC is dangerous to humans. Remember to avoid direct exposure to UVC, especially skin and eyes!
webpage: https://sairob.eu
fb: https://goo.gl/tTxWAf
instagram: https://...
published: 17 Jul 2020
-
How to Transfer MiniDV Tapes to Computer without Firewire
How to Transfer MiniDV Tapes to Computer without Firewire
Back in the day, MiniDV was a superior camcorder format.
It offered you 500 lines of horizontal resolution.
Before MiniDV, SVHS and Hi8 had the highest resolution - 400 lines.
VHS and Video8 could manage only 240 lines.
MiniDV could send video to a computer without quality loss through a Firewire connection.
Your computer must have a Firewire port.
Only certain computers like Macs came with Firewire ports.
It's not easy to set up a Firewire connection on a computer, especially a laptop computer.
Many users have complained about the difficulty of getting Firewire to work on a modern computer.
On a modern desktop computer, you may need to install a Firewire 1394 legacy driver to make Firewire work.
If you don't want to go ...
published: 09 Jul 2022
4:15
Firewire
Firewire is actually the IEEE-1344 standard interface for high speed, real time data transfer. There are two versions, the 1394a and 1394b which transfer data ...
Firewire is actually the IEEE-1344 standard interface for high speed, real time data transfer. There are two versions, the 1394a and 1394b which transfer data at 400 and 800 Mbps.
From this lesson you’ll also learn which Firewire type uses the 6-pin connection vs. the 9-pin, and the pin count ratio for data transfer vs. power transfer.
We’ll look at several devices to see and explain the differences between port and connectivity relationships, you’ll learn that the maximum number of devices that can be connected to a single port is 16, and why.
https://wn.com/Firewire
Firewire is actually the IEEE-1344 standard interface for high speed, real time data transfer. There are two versions, the 1394a and 1394b which transfer data at 400 and 800 Mbps.
From this lesson you’ll also learn which Firewire type uses the 6-pin connection vs. the 9-pin, and the pin count ratio for data transfer vs. power transfer.
We’ll look at several devices to see and explain the differences between port and connectivity relationships, you’ll learn that the maximum number of devices that can be connected to a single port is 16, and why.
- published: 14 Nov 2017
- views: 53
0:31
2016 leap second in IRIG-B timecode
In 2016, leap second was added to UTC time in 31.12.2016 23:59:60 UTC. Here we can see this event happening as decoded from IRIG-B timecode utilized wih IEEE134...
In 2016, leap second was added to UTC time in 31.12.2016 23:59:60 UTC. Here we can see this event happening as decoded from IRIG-B timecode utilized wih IEEE1344 support.
NOTE: There's no sound in this video!
https://wn.com/2016_Leap_Second_In_Irig_B_Timecode
In 2016, leap second was added to UTC time in 31.12.2016 23:59:60 UTC. Here we can see this event happening as decoded from IRIG-B timecode utilized wih IEEE1344 support.
NOTE: There's no sound in this video!
- published: 01 Jan 2017
- views: 772
1:21:20
Distinguished Talk 01: Low-power Circuits for IoT
The Distinguished Talks is a series of webinars on IC Design and IC Devices promoted by the IEEE SSCS-EDS South Brazil Joint-Chapter. The invited speakers are e...
The Distinguished Talks is a series of webinars on IC Design and IC Devices promoted by the IEEE SSCS-EDS South Brazil Joint-Chapter. The invited speakers are experts in the field of integrated circuits.
Distinguished Talk 01: Low-power Circuits for IoT by Dr. Jorge Fernandes
Abstract:
After the telecommunications boom (connecting people) and the internet boom (connecting computers), IoT challenges to connect all “things”. IoT revolution is based on the availability of a massive amount of information coming from the data sensed and transmitted by a huge amount of Intelligent connected objects. One of the IoT drives is to connect objects with low-cost fully autonomous circuits, focused on extremely low-power to be battery-less. This talk addresses power harvesting (PH) circuits, clock circuits, and communication circuits that follow these trends and that can be used efficiently in low-duty-cycle operation modes. The techniques will accent mostly on RF PH, inductor-less oscillators, and IR-UWB transceivers.
Short CV:
Jorge Fernandes (S’97-M’00-SM’10) was born in Lisbon in 1966. He received the Degree in electrical engineering from the Instituto Superior Técnico (IST), Universidade de Lisboa, Portugal, in 1989, and the M.Sc., Ph.D., and Habilitation degrees from the same university in 1993, 2000, and 2010, respectively. He joined the teaching staff of the Department of Electrical Engineering at IST, in 1990, and has been with the Analog and Mixed-Mode Circuits Group, INESC-ID Lisboa, since 1989. He was a Visiting Scholar with the Delft University of Technology, Delft, The Netherlands, in 2000 and 2018, and Columbia University, New York, USA, in 2008. His current research interests include analog, mixed signal and RF circuits, with an emphasis on autonomous sensor circuits and low-power RF frontends. Dr. Fernandes has been a member of the Analog Signal Processing Technical Committee of the IEEE Circuits and Systems Society since 2006 and CASS representative on IEEE Technical Committee on RFID since 2015. He was the General Co-chair of the International Symposium on Circuits and Systems (ISCAS) in 2015.
https://wn.com/Distinguished_Talk_01_Low_Power_Circuits_For_Iot
The Distinguished Talks is a series of webinars on IC Design and IC Devices promoted by the IEEE SSCS-EDS South Brazil Joint-Chapter. The invited speakers are experts in the field of integrated circuits.
Distinguished Talk 01: Low-power Circuits for IoT by Dr. Jorge Fernandes
Abstract:
After the telecommunications boom (connecting people) and the internet boom (connecting computers), IoT challenges to connect all “things”. IoT revolution is based on the availability of a massive amount of information coming from the data sensed and transmitted by a huge amount of Intelligent connected objects. One of the IoT drives is to connect objects with low-cost fully autonomous circuits, focused on extremely low-power to be battery-less. This talk addresses power harvesting (PH) circuits, clock circuits, and communication circuits that follow these trends and that can be used efficiently in low-duty-cycle operation modes. The techniques will accent mostly on RF PH, inductor-less oscillators, and IR-UWB transceivers.
Short CV:
Jorge Fernandes (S’97-M’00-SM’10) was born in Lisbon in 1966. He received the Degree in electrical engineering from the Instituto Superior Técnico (IST), Universidade de Lisboa, Portugal, in 1989, and the M.Sc., Ph.D., and Habilitation degrees from the same university in 1993, 2000, and 2010, respectively. He joined the teaching staff of the Department of Electrical Engineering at IST, in 1990, and has been with the Analog and Mixed-Mode Circuits Group, INESC-ID Lisboa, since 1989. He was a Visiting Scholar with the Delft University of Technology, Delft, The Netherlands, in 2000 and 2018, and Columbia University, New York, USA, in 2008. His current research interests include analog, mixed signal and RF circuits, with an emphasis on autonomous sensor circuits and low-power RF frontends. Dr. Fernandes has been a member of the Analog Signal Processing Technical Committee of the IEEE Circuits and Systems Society since 2006 and CASS representative on IEEE Technical Committee on RFID since 2015. He was the General Co-chair of the International Symposium on Circuits and Systems (ISCAS) in 2015.
- published: 26 Jun 2020
- views: 935
5:30
IRIG-B Analyzer quick demonstration - Tekron
Technical Manager Jared Laverty takes us through the functionality of the IRIG-B Analyzer
Technical Manager Jared Laverty takes us through the functionality of the IRIG-B Analyzer
https://wn.com/Irig_B_Analyzer_Quick_Demonstration_Tekron
Technical Manager Jared Laverty takes us through the functionality of the IRIG-B Analyzer
- published: 01 Feb 2017
- views: 2275
0:23
Vehicle Control #shorts
Vehicle control
https://sites.google.com/view/okajima-lab/en/vehicle-control
T. Honda, N. Matsunaga and H. Okajima: Hybrid Steering Model depending on Driver'...
Vehicle control
https://sites.google.com/view/okajima-lab/en/vehicle-control
T. Honda, N. Matsunaga and H. Okajima: Hybrid Steering Model depending on Driver's Gazing Point to detect inattentive driving using Machine Learning, 19th International Conference on Control, Automation and Systems, 1344-1349 (2019)
https://ieeexplore.ieee.org/document/8971669
D. Matsuno, N. Matsunaga, Y. Shida and H. Okajima:Evaluation of steering model depending on gazing distance by using driving simulator, Proceedings of ICCAS 2016 (2016)
https://ieeexplore.ieee.org/document/7832297
H. Okajima, S. Yonaha, N. Matsunaga and S. Kawaji:Direct Yaw-moment Control method for electric vehicles to follow the desired path by driver, SICE Annual Conference 2010, 2010.8.
https://ieeexplore.ieee.org/document/5604007
H. Okajima, T. Asai and S. Kawaji:Optimal Velocity Control Method in Path Following Control Problem, Proc. of The 17th IFAC World Congress, pp.90-95, 2008.6.
https://www.sciencedirect.com/science/article/pii/S1474667016389303
H. Okajima and T. Asai:Path-Following Control based on Trajectory Differences, Proc. of The 10th IFAC/IFORS/IMACS/IFIP Symposium on Large Scale Systems, pp.735-740, 2004.7.
https://www.sciencedirect.com/science/article/pii/S1474667017316919
Welfare Vehicle
I. Yamamoto, K. Nakamura, N. Matsunaga and H. Okajima: Crowd Tracking of Electric Wheelchair using RGB-D Camera with Median of Candidate Vectors Observer, Proceedings of the SICE Annual Conference 2021 (2021)
Y. Takeuchi, N. Matsunaga and H. Okajima: Driving Instruction and Training of Welfare Vehicle controlled by Virtual Platoon Scheme using Sharing System of AR, 19th International Conference on Control, Automation and Systems, 1438-1443 (2019)
K. Tanaka, S. Fukumoto, N. Matsunaga and H. Okajima:Obstacle Avoidance of Welfare Vehicle with Head Mounted Display using Spatial Mapping of Driving Environment, 19th International Conference on Control, Automation and Systems, 1222-1227 (2019)
Nobutomo Matsunaga, Yudai Takeuchi and Hiroshi Okajima, Driver’s Gaze-point Analysis of Virtual Platoon Driving for Welfare Vehicle using Direct Eye Measurement Device with HMD, 2019 12th Asian Control Conference, 18834072 (2019)
Shoichi Sakamoto, Nobutomo Matsunaga and Hiroshi Okajima, Hybrid Steering Model Estimated by Particle Swarm optimization Based on Driver’s Eye Tracking Information, 2018 18th International Conference on Control, Automation and Systems, Paper No.P00160 (2018)
Nobutomo Matsunaga, Ryota Kimura, Haruya Ishiguro, Hiroshi Okajima, Driving Assistance of Welfare Vehicle with Virtual Platoon Control Method which has Collision Avoidance Function Using Mixed Reality, Proceeding of 2018 IEEE International Conference on Systems, Man, and Cybernetics, pp.1911-1916 (2018)
S. Kimura, N. Matsunaga, H. Okajima and G. Koutaki:Design of virtual platoon control system using augmented reality to assist welfare vehicle users, Proceedings of ICCAS 2017 (2017)
S. Sakamoto, T. Tanaka, H. Okajima and N. Matsunaga:Maneuverability evaluation of skid steer welfare vehicle for robust assistance control with model error compensator, Proceedings of ICCAS 2017 (2017)
K. Kimura, N. Matsunaga and H. Okajima:Driving Assistance System forWelfare Vehicle using Virtual Platoon Control with Augmented Reality, Proceedings of the SICE Annual Conference 2017
T. Tanaka, H. Okajima and N. Matsunaga:Experiment of robust driving assistance control for skid steer welfare vehicle using model error compensator, Proceedings of ICCAS 2016 (2016)
T. Sugano, H. Okajima, S. Samura and N. Matsunaga:Narrow space driving of welfare vehicles using robust platoon control with adaptive way point tracking, Proceedings of the SICE Annual Conference 2016, pp.1436-1441 (2016)
T.Sugano, H.Okajima and N.Matsunaga:Robust and precise platoon driving control of welfare vehicles along wheel track by using model error compensator, IECON2015, YF-001503
T. Sugano, Y. Dan, H. Okajima, N. Matsunaga and Z. Hu:Indoor Platoon Driving of Electric Wheelchair with Model Error Compensator along Wheel Track of Preceding Vehicle, The 5th International Symposium on Advanced Control of Industrial Processes, 2014.5
Y. Dan, H. Okajima, N. Matsunaga, Z. Hu and N. Nakamura:Experiment of Indoor Platoon Driving using Electric Wheelchair STAVi Controlled by Modeling Error Compensation System, ICT-PAMM Workshop on Mobility Assistance and Service Robotics, p26-31, 2013.11.
K. Nabekura, H. Okajima, N. Matunaga and N. Nakamura:On Collision-Avoidance Steering Assistance of Piggyback Type Electric Wheelchair with Inference of Driver’s Intention, ICT-PAMM Workshop on Mobility Assistance and Service Robotics, p20-25, 2013.11.
Y. Maruno, Y. Dan, A. T. Zengin, H. Okajima and N. Matsunaga:Maneuverability Analysis of Front Drive Type Personal Vehicle STAVi using Modeling Error Compensation System, 7th IFAC Symposium on Advanced in Automative Control, 2013.9.
https://wn.com/Vehicle_Control_Shorts
Vehicle control
https://sites.google.com/view/okajima-lab/en/vehicle-control
T. Honda, N. Matsunaga and H. Okajima: Hybrid Steering Model depending on Driver's Gazing Point to detect inattentive driving using Machine Learning, 19th International Conference on Control, Automation and Systems, 1344-1349 (2019)
https://ieeexplore.ieee.org/document/8971669
D. Matsuno, N. Matsunaga, Y. Shida and H. Okajima:Evaluation of steering model depending on gazing distance by using driving simulator, Proceedings of ICCAS 2016 (2016)
https://ieeexplore.ieee.org/document/7832297
H. Okajima, S. Yonaha, N. Matsunaga and S. Kawaji:Direct Yaw-moment Control method for electric vehicles to follow the desired path by driver, SICE Annual Conference 2010, 2010.8.
https://ieeexplore.ieee.org/document/5604007
H. Okajima, T. Asai and S. Kawaji:Optimal Velocity Control Method in Path Following Control Problem, Proc. of The 17th IFAC World Congress, pp.90-95, 2008.6.
https://www.sciencedirect.com/science/article/pii/S1474667016389303
H. Okajima and T. Asai:Path-Following Control based on Trajectory Differences, Proc. of The 10th IFAC/IFORS/IMACS/IFIP Symposium on Large Scale Systems, pp.735-740, 2004.7.
https://www.sciencedirect.com/science/article/pii/S1474667017316919
Welfare Vehicle
I. Yamamoto, K. Nakamura, N. Matsunaga and H. Okajima: Crowd Tracking of Electric Wheelchair using RGB-D Camera with Median of Candidate Vectors Observer, Proceedings of the SICE Annual Conference 2021 (2021)
Y. Takeuchi, N. Matsunaga and H. Okajima: Driving Instruction and Training of Welfare Vehicle controlled by Virtual Platoon Scheme using Sharing System of AR, 19th International Conference on Control, Automation and Systems, 1438-1443 (2019)
K. Tanaka, S. Fukumoto, N. Matsunaga and H. Okajima:Obstacle Avoidance of Welfare Vehicle with Head Mounted Display using Spatial Mapping of Driving Environment, 19th International Conference on Control, Automation and Systems, 1222-1227 (2019)
Nobutomo Matsunaga, Yudai Takeuchi and Hiroshi Okajima, Driver’s Gaze-point Analysis of Virtual Platoon Driving for Welfare Vehicle using Direct Eye Measurement Device with HMD, 2019 12th Asian Control Conference, 18834072 (2019)
Shoichi Sakamoto, Nobutomo Matsunaga and Hiroshi Okajima, Hybrid Steering Model Estimated by Particle Swarm optimization Based on Driver’s Eye Tracking Information, 2018 18th International Conference on Control, Automation and Systems, Paper No.P00160 (2018)
Nobutomo Matsunaga, Ryota Kimura, Haruya Ishiguro, Hiroshi Okajima, Driving Assistance of Welfare Vehicle with Virtual Platoon Control Method which has Collision Avoidance Function Using Mixed Reality, Proceeding of 2018 IEEE International Conference on Systems, Man, and Cybernetics, pp.1911-1916 (2018)
S. Kimura, N. Matsunaga, H. Okajima and G. Koutaki:Design of virtual platoon control system using augmented reality to assist welfare vehicle users, Proceedings of ICCAS 2017 (2017)
S. Sakamoto, T. Tanaka, H. Okajima and N. Matsunaga:Maneuverability evaluation of skid steer welfare vehicle for robust assistance control with model error compensator, Proceedings of ICCAS 2017 (2017)
K. Kimura, N. Matsunaga and H. Okajima:Driving Assistance System forWelfare Vehicle using Virtual Platoon Control with Augmented Reality, Proceedings of the SICE Annual Conference 2017
T. Tanaka, H. Okajima and N. Matsunaga:Experiment of robust driving assistance control for skid steer welfare vehicle using model error compensator, Proceedings of ICCAS 2016 (2016)
T. Sugano, H. Okajima, S. Samura and N. Matsunaga:Narrow space driving of welfare vehicles using robust platoon control with adaptive way point tracking, Proceedings of the SICE Annual Conference 2016, pp.1436-1441 (2016)
T.Sugano, H.Okajima and N.Matsunaga:Robust and precise platoon driving control of welfare vehicles along wheel track by using model error compensator, IECON2015, YF-001503
T. Sugano, Y. Dan, H. Okajima, N. Matsunaga and Z. Hu:Indoor Platoon Driving of Electric Wheelchair with Model Error Compensator along Wheel Track of Preceding Vehicle, The 5th International Symposium on Advanced Control of Industrial Processes, 2014.5
Y. Dan, H. Okajima, N. Matsunaga, Z. Hu and N. Nakamura:Experiment of Indoor Platoon Driving using Electric Wheelchair STAVi Controlled by Modeling Error Compensation System, ICT-PAMM Workshop on Mobility Assistance and Service Robotics, p26-31, 2013.11.
K. Nabekura, H. Okajima, N. Matunaga and N. Nakamura:On Collision-Avoidance Steering Assistance of Piggyback Type Electric Wheelchair with Inference of Driver’s Intention, ICT-PAMM Workshop on Mobility Assistance and Service Robotics, p20-25, 2013.11.
Y. Maruno, Y. Dan, A. T. Zengin, H. Okajima and N. Matsunaga:Maneuverability Analysis of Front Drive Type Personal Vehicle STAVi using Modeling Error Compensation System, 7th IFAC Symposium on Advanced in Automative Control, 2013.9.
- published: 28 Oct 2023
- views: 219
49:53
Alternative Testing Techniques for Instrument Transformers
The webinar discusses the purpose of current transformers (CT) in the field which is twofold: (1) to be used inaccurate measurement systems and; (2) to be used ...
The webinar discusses the purpose of current transformers (CT) in the field which is twofold: (1) to be used inaccurate measurement systems and; (2) to be used in complex protection and control schemes.
For both applications, reliability and precision are paramount. During power restoration after fault conditions, testing capabilities and resources might be limited due to time constraints. Field testing of multi-tap CTs as per the IEEE C57.13.1 standard recommendations is time-consuming if carried out on a tap-by-tap basis. Therefore, the concurrent testing technique is recommended and the necessary tests are carried out on multiple taps simultaneously, thus reducing testing time drastically.
In this presentation, AC and DC methods applied to condition assessment of metering and protection current transformers in the field are described.
The purpose of current transformers (CT) in the field is twofold: (1) to be used inaccurate measurement systems and; (2) to be used in complex protection and control schemes.
For both applications, reliability and precision are paramount. During power restoration after fault conditions, testing capabilities and resources might be limited due to time constraints. Field testing of multi-tap CTs as per the IEEE C57.13.1 standard recommendations is time-consuming if carried out on a tap-by-tap basis. Therefore, the concurrent testing technique is recommended and the necessary tests are carried out on multiple taps simultaneously, thus reducing testing time drastically.
In this presentation, AC and DC methods applied to condition assessment of metering and protection current transformers in the field are described.
To view our upcoming webinar schedule and register, please visit https://us.megger.com/company/webinars
https://wn.com/Alternative_Testing_Techniques_For_Instrument_Transformers
The webinar discusses the purpose of current transformers (CT) in the field which is twofold: (1) to be used inaccurate measurement systems and; (2) to be used in complex protection and control schemes.
For both applications, reliability and precision are paramount. During power restoration after fault conditions, testing capabilities and resources might be limited due to time constraints. Field testing of multi-tap CTs as per the IEEE C57.13.1 standard recommendations is time-consuming if carried out on a tap-by-tap basis. Therefore, the concurrent testing technique is recommended and the necessary tests are carried out on multiple taps simultaneously, thus reducing testing time drastically.
In this presentation, AC and DC methods applied to condition assessment of metering and protection current transformers in the field are described.
The purpose of current transformers (CT) in the field is twofold: (1) to be used inaccurate measurement systems and; (2) to be used in complex protection and control schemes.
For both applications, reliability and precision are paramount. During power restoration after fault conditions, testing capabilities and resources might be limited due to time constraints. Field testing of multi-tap CTs as per the IEEE C57.13.1 standard recommendations is time-consuming if carried out on a tap-by-tap basis. Therefore, the concurrent testing technique is recommended and the necessary tests are carried out on multiple taps simultaneously, thus reducing testing time drastically.
In this presentation, AC and DC methods applied to condition assessment of metering and protection current transformers in the field are described.
To view our upcoming webinar schedule and register, please visit https://us.megger.com/company/webinars
- published: 28 Sep 2018
- views: 1077
5:17
Asynchronous Device Detection for Cognitive Device to Device Communications
Asynchronous Device Detection for Cognitive Device to Device Communications
IEEE PROJECTS 2018-2019 TITLE LIST
Call Us: +91-7806844441,9994232214
Mail Us: 9chen...
Asynchronous Device Detection for Cognitive Device to Device Communications
IEEE PROJECTS 2018-2019 TITLE LIST
Call Us: +91-7806844441,9994232214
Mail Us:
[email protected]
Website: : http://www.nextchennai.com
: http://www.ieeeproject.net
: http://www.projectsieee.com
: http://www.ieee-projects-chennai.com
: http://www.24chennai.com
WhatsApp : +91-7806844441
Chat Online: https://goo.gl/p42cQt
Support Including Packages
=======================
* Complete Source Code
* Complete Documentation
* Complete Presentation Slides
* Flow Diagram
* Database File
* Screenshots
* Execution Procedure
* Readme File
* Video Tutorials
* Supporting Softwares
Support Specialization
=======================
* 24/7 Support
* Ticketing System
* Voice Conference
* Video On Demand
* Remote Connectivity
* Document Customization
* Live Chat Support
https://wn.com/Asynchronous_Device_Detection_For_Cognitive_Device_To_Device_Communications
Asynchronous Device Detection for Cognitive Device to Device Communications
IEEE PROJECTS 2018-2019 TITLE LIST
Call Us: +91-7806844441,9994232214
Mail Us:
[email protected]
Website: : http://www.nextchennai.com
: http://www.ieeeproject.net
: http://www.projectsieee.com
: http://www.ieee-projects-chennai.com
: http://www.24chennai.com
WhatsApp : +91-7806844441
Chat Online: https://goo.gl/p42cQt
Support Including Packages
=======================
* Complete Source Code
* Complete Documentation
* Complete Presentation Slides
* Flow Diagram
* Database File
* Screenshots
* Execution Procedure
* Readme File
* Video Tutorials
* Supporting Softwares
Support Specialization
=======================
* 24/7 Support
* Ticketing System
* Voice Conference
* Video On Demand
* Remote Connectivity
* Document Customization
* Live Chat Support
- published: 22 Dec 2018
- views: 0
3:54
03. Eras tu 🎵 | Ulises Bueno - #AHORA
Ulises Bueno - Ahora (2019)
---------------------------------------------
Instagram Personal: https://www.instagram.com/SoyUlisesBueno/
Instagram Oficial: http...
Ulises Bueno - Ahora (2019)
---------------------------------------------
Instagram Personal: https://www.instagram.com/SoyUlisesBueno/
Instagram Oficial: https://www.instagram.com/UlisesBuenoSoy/
---------------------------------------------
Facebook https://www.facebook.com/ulises.bueno.oficial
Twiiter https://twitter.com/UlisesBuenoSoy
---------------------------------------------
#UlisesBueno #Ahora #CuartetoDelBueno
https://wn.com/03._Eras_Tu_🎵_|_Ulises_Bueno_Ahora
Ulises Bueno - Ahora (2019)
---------------------------------------------
Instagram Personal: https://www.instagram.com/SoyUlisesBueno/
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- published: 31 Dec 2019
- views: 2910136
3:13
UV-C Disinfection Robot - testing key features
Testing key features of UV-C disinfection robot.
This robot has two important functions:
- floor disinfection
- video surveillance in facilities
The robot is re...
Testing key features of UV-C disinfection robot.
This robot has two important functions:
- floor disinfection
- video surveillance in facilities
The robot is remotely controlled by the operator from a safe distance (e.g. another room). Preview from 2 cameras is sent to the operator in real time to facilitate control of the robot's trajectory.
UVC (100-280 nm) is able to kill all kinds of microorganisms, including drug-resistant bacteria, fungi and viruses like covid-19. UVC light is absorbed in the cellular RNA and DNA resulting to virus structural damage and inactivation, such that they are no longer able to replicate.
UVC is dangerous to humans. Remember to avoid direct exposure to UVC, especially skin and eyes!
webpage: https://sairob.eu
fb: https://goo.gl/tTxWAf
instagram: https://www.instagram.com/mobilerobots
https://wn.com/Uv_C_Disinfection_Robot_Testing_Key_Features
Testing key features of UV-C disinfection robot.
This robot has two important functions:
- floor disinfection
- video surveillance in facilities
The robot is remotely controlled by the operator from a safe distance (e.g. another room). Preview from 2 cameras is sent to the operator in real time to facilitate control of the robot's trajectory.
UVC (100-280 nm) is able to kill all kinds of microorganisms, including drug-resistant bacteria, fungi and viruses like covid-19. UVC light is absorbed in the cellular RNA and DNA resulting to virus structural damage and inactivation, such that they are no longer able to replicate.
UVC is dangerous to humans. Remember to avoid direct exposure to UVC, especially skin and eyes!
webpage: https://sairob.eu
fb: https://goo.gl/tTxWAf
instagram: https://www.instagram.com/mobilerobots
- published: 17 Jul 2020
- views: 448
3:13
How to Transfer MiniDV Tapes to Computer without Firewire
How to Transfer MiniDV Tapes to Computer without Firewire
Back in the day, MiniDV was a superior camcorder format.
It offered you 500 lines of horizontal res...
How to Transfer MiniDV Tapes to Computer without Firewire
Back in the day, MiniDV was a superior camcorder format.
It offered you 500 lines of horizontal resolution.
Before MiniDV, SVHS and Hi8 had the highest resolution - 400 lines.
VHS and Video8 could manage only 240 lines.
MiniDV could send video to a computer without quality loss through a Firewire connection.
Your computer must have a Firewire port.
Only certain computers like Macs came with Firewire ports.
It's not easy to set up a Firewire connection on a computer, especially a laptop computer.
Many users have complained about the difficulty of getting Firewire to work on a modern computer.
On a modern desktop computer, you may need to install a Firewire 1394 legacy driver to make Firewire work.
If you don't want to go through all this hassle, get a USB capture device.
These devices are affordable and do a good job of transferring video tapes to digital.
All you have to do is connect your camcorder AV out ports to the USB capture device's AV in ports.
Once that is done, you can plug in the device to a spare USB port on your computer.
Next, you would need a video capture software program to recognize the capture device.
The software program is usually included with the purchase of the USB video capture device.
After the software detects the device, play the tape on the camcorder
You should see a preview on the software's video screen.
When you stop recording the captured video will be stored as a file, usually in the MP4 format.
You can then edit the file with a video editor and even burn it to DVD.
Transferring video through a USB video capture device is not the best way to digitize a miniDV tape.
There will be some quality loss.
However, it's a much easier process if you're a beginner.
For higher quality video you're advised to connect your camcorder to the S-Video port of the capture device instead of the composite video ports.
These are the steps you need to follow to transfer MiniDV tapes to a computer without Firewire.
Check your video capture device manual for detailed instructions on how to transfer MiniDV tapes to a computer without Firewire.
https://wn.com/How_To_Transfer_Minidv_Tapes_To_Computer_Without_Firewire
How to Transfer MiniDV Tapes to Computer without Firewire
Back in the day, MiniDV was a superior camcorder format.
It offered you 500 lines of horizontal resolution.
Before MiniDV, SVHS and Hi8 had the highest resolution - 400 lines.
VHS and Video8 could manage only 240 lines.
MiniDV could send video to a computer without quality loss through a Firewire connection.
Your computer must have a Firewire port.
Only certain computers like Macs came with Firewire ports.
It's not easy to set up a Firewire connection on a computer, especially a laptop computer.
Many users have complained about the difficulty of getting Firewire to work on a modern computer.
On a modern desktop computer, you may need to install a Firewire 1394 legacy driver to make Firewire work.
If you don't want to go through all this hassle, get a USB capture device.
These devices are affordable and do a good job of transferring video tapes to digital.
All you have to do is connect your camcorder AV out ports to the USB capture device's AV in ports.
Once that is done, you can plug in the device to a spare USB port on your computer.
Next, you would need a video capture software program to recognize the capture device.
The software program is usually included with the purchase of the USB video capture device.
After the software detects the device, play the tape on the camcorder
You should see a preview on the software's video screen.
When you stop recording the captured video will be stored as a file, usually in the MP4 format.
You can then edit the file with a video editor and even burn it to DVD.
Transferring video through a USB video capture device is not the best way to digitize a miniDV tape.
There will be some quality loss.
However, it's a much easier process if you're a beginner.
For higher quality video you're advised to connect your camcorder to the S-Video port of the capture device instead of the composite video ports.
These are the steps you need to follow to transfer MiniDV tapes to a computer without Firewire.
Check your video capture device manual for detailed instructions on how to transfer MiniDV tapes to a computer without Firewire.
- published: 09 Jul 2022
- views: 8374