KUALA LUMPUR, April 27 -- Coursera, the world’s leading online learning platform has announced the Coursera Workforce Recovery Initiative, assisting governments worldwide to provide unemployed workers with free access to 3,800 online courses.
According to a statement, the states of Illinois, Arizona and Oklahoma of the United States, as well as the governments of Colombia, Costa Rica, Greece, Malaysia, Panama, Ukraine and Uzbekistan will be the first to make the initiative available.
The initiative’s goal is to help impacted workers develop the knowledge and skills to be re-employed.
Federal, state and local governments can sign up until Sept 30 and learners enrolled by then will have until year-end to complete the courses.
Through the Coursera Workforce Recovery Initiative, governments can provide unemployed workers, many of whom lack financial resources, with job-relevant online learning.
The 3,800 courses on Coursera are taught by the world’s leading university and industry educators, covering critical business, technology and data science skills.
The initiative also includes Professional Certificates, like the Google IT Support Professional Certificate, designed specifically to train people for high-demand jobs.
The Coursera Workforce Recovery Initiative is modelled after a highly successful initiative that the company launched on March 12, to offer free courses to colleges and universities that have closed their campuses.
-- BERNAMA
GRENOBLE, France, April 28 (Bernama-GLOBE NEWSWIRE) -- Teledyne e2v, a Teledyne Technologies [NYSE: TDY] company and global innovator of imaging solutions, announces its new Emerald 3.2 Megapixel CMOS image sensor, specially designed to tackle the challenges of emerging applications such as security, drones and embedded vision, as well as traditional machine vision.
With its 2.8 µm global shutter pixel and innovative design, the new 3.2M sensor shares all of the characteristics of the Emerald sensor series: superior low-noise performance, compact format, easy integration and a wide range of embedded features.
The sensor has been designed in an ultra-compact light package format with low power to address the challenge of optimizing SWaP-C (Size, Weight, Power and Cost). The device also features a MIPI interface, that provides a direct connection to low-cost MIPI ISPs and a central optical center that helps to minimize the camera size. Its small pixel enables the sensor to fit within compact and cost-effective S-mount optics. In addition, Emerald 3.2M is pin-to-pin and optically compatible with Emerald 2M and Emerald 5M, so that multiple resolutions are supported from one single design, saving cost.
The Emerald 3.2M sensor is available in two different package options (ceramic LGA or organic fan-out BGA) to either optimize size and cost or prioritize robustness in harsh conditions. It offers versatility in terms of Chief Ray Angle (CRA) as well to ensure a perfect match with different kinds of optics.
http://mrem.bernama.com/viewsm.php?idm=37254
With its 2.8 µm global shutter pixel and innovative design, the new 3.2M sensor shares all of the characteristics of the Emerald sensor series: superior low-noise performance, compact format, easy integration and a wide range of embedded features.
The sensor has been designed in an ultra-compact light package format with low power to address the challenge of optimizing SWaP-C (Size, Weight, Power and Cost). The device also features a MIPI interface, that provides a direct connection to low-cost MIPI ISPs and a central optical center that helps to minimize the camera size. Its small pixel enables the sensor to fit within compact and cost-effective S-mount optics. In addition, Emerald 3.2M is pin-to-pin and optically compatible with Emerald 2M and Emerald 5M, so that multiple resolutions are supported from one single design, saving cost.
The Emerald 3.2M sensor is available in two different package options (ceramic LGA or organic fan-out BGA) to either optimize size and cost or prioritize robustness in harsh conditions. It offers versatility in terms of Chief Ray Angle (CRA) as well to ensure a perfect match with different kinds of optics.
http://mrem.bernama.com/viewsm.php?idm=37254