Telecom skills body releases explainer on installation, operation of oxygen concentrators
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Last Updated: May 06, 2021, 05:40 PM IST
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“The courses will be launched as an effort by TSSC to spread awareness about such services and devices to help ease the burden on the authorities and organizations who are on the front lines fighting against the COVID-19 pandemic,” the industry body said.
Agencies
The module is a step by step manual about a concentrator and what are its uses and functions. It explains about the range of O2 concentrator models available in the Indian market and how they work.
The Telecom Sector Skill Council (TSSC) has released a video explainer on installation and operation of oxygen concentrators to educate healthcare workers, technicians, volunteers and layperson about the maintenance and basic operations of the equipment.
Race, Ethnicity, and Community initiatives are making significant progress
3 hours ago
(Photo by Andrew Davis Tucker/UGA)
New programs established by the Presidential Task Force on Race, Ethnicity, and Community are already making an impact on the UGA campus. Over the last year President Jere W. Morehead committed $1 million in private resources from the UGA Athletic Association to implement 16 initiatives to foster a more welcoming and supportive learning environment for Black and other underrepresented members of our community.
Vice President for Student Affairs Victor Wilson led a 16-member Task Force that collected hundreds of recommendations from across the UGA community. The group completed its work in December and accepted recommendations are now being implemented. These initiatives, listed below, total over $1 million in funds invested or allocated to fulfill the charge of this Task Force.
AI Inspect Software
Mitutoyo America Corporation has released the new AI Inspect Software to its overall lineup of software solutions. Intended for use in determining defects in multiple applications, Mitutoyo AI Inspect is a standalone software product designed to assist customers with next generation visual defect analysis.
Key features:
Multi-modular Design: The software features two distinct modules: Training Module and Runtime Module.
Training Module: The main module of the software contains functionality to allow users to develop Inspection routines for automated implementation of defect detection using image sets. Methodologies include:
Project Management of Image Sets: Importation, organization, and storage of user defined inspection projects.
Mitutoyo America Corporation has added AI Inspect to its software lineup. Mitutoyo AI Inspect is a standalone software product designed to assist customers with next-generation visual defect analysis across multiple applications.
The software’s headlining features are the distinct Training Module and Runtime Module. The first of these enables users to develop inspection routines for automated implementation of defect detection using image sets, while the Runtime Module incorporates these inspection routines into the system.
The Training Module’s methodologies include importation, organization and storage of user-defined inspection projects; integrated tool sets and techniques for loading and classifying normal and defect image sets; an interface that enables the operator to mark and highlight defects on images; a section that enables operators to account for brightness, noise and focus differences; an interface that updates the operator on the progress and success of the traini
Mitutoyo America’s AI Inspect Software April 1, 2021
Mitutoyo America Corporation has released the new AI Inspect Software to its overall lineup of software solutions. Intended for use in determining defects in multiple applications, Mitutoyo AI Inspect is a standalone software product designed to assist customers with next generation visual defect analysis.
Key features:
Multi-modular Design: The software features two distinct modules: Training Module and Runtime Module.
Training Module: The main module of the software contains functionality to allow users to develop Inspection routines for automated implementation of defect detection using image sets. Methodologies include:
Project Management of Image Sets: Importation, organization, and storage of user defined inspection projects.