固河镇中心小学 开展听评课积极参与县教学能手...
百度 以公共交通车站为中心，构建连续的步行系统是中国TOD社区最基本的人性化设计要求。
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IEEE Resource Centers' Overview
The IEEE Resource Centers contain valuable, peer-reviewed technical content from reputable experts to enhance research or industry work, implement trainings, or earn CEU/PDH credits—all of which are universally available on demand.
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| Opportunity to earn CEU and PDH Credits | 
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| Enhanced value of IEEE Society membership | 
| Technical content available at little to no cost |
Prior to the establishment of the IEEE Resource Centers, valuable technical content was not easily accessible. Now, IEEE Society members can access most content from their respective Resource Centers for free. IEEE members and the global technical community can access content at low cost. There are also low-cost options for organizational-wide access to a select group of Resource Centers. Enhance your technical training program by securing an Institutional Subscription for your organization. Find more information about Resource Center Institutional Subscriptions and Training.
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Easily search through more than 35,000 resources including conference content, educational videos, webinars, white papers, slide decks, technical presentations, tutorials, and more.
Find your Resource Center
Engineering educational resources are published through topic-specific Resource Centers and hosted by specific technical communities and councils.
With more than 35 Resource Centers available, secure a large set of on-demand educational materials in your technical area.
Featured Resources
Presently, many utility-scale inverter-based resources (IBRs) are in remote areas of the system where often there is sparse transmission and few synchronous generating resources. This interconnection scenario invariably leads to a low short-circuit current availability at the point of common coupling (PCC) of the IBR. Additionally, most new IBRs are connected to the grid through converter interfaces (e.g., Type 3 and 4 wind generators, photovoltaic solar generators, battery energy storage systems, etc.). Thus, the stability of an increased percentage of inverter-based IBRs in large power systems is an emerging research topic for the reliable operation of the grid. Since IBRs have controls and dynamic behavior that can be quite different from traditional synchronous machines, the mechanisms of instability in low short circuit systems need to be investigated using improved and appropriate mathematical models. This report looks at the availability, applicability, usability, and reliability of present state of the art computer simulation models for representation of IBRs. Further, limitations of the above alternative methods are discussed.
Modern Grid Design Standards Driving
Smart Grid Implementation
This course is aimed at practitioners in the construction industry, regulators, and contractors who want to understand the impact on grid modernization of electrification, renewables, and other changes happening to the environment that the electric grid supports. Discussion will include the history of how the current design standards (and drawings) were arrived at, the changes in issues and their direct impact on design standards, and recommendations for updating those standards.
On-Chip Epilepsy Detection: Where Machine Learning
Meets Personalized Wearable Healthcare
Epilepsy detection and treatment can be challenging, especially for infants/children, necessitating the development of a personalized symptom detection device. Learn more about the design strategies of a patient-specific epilepsy detection System-on-Chip (SoC), including the difficulties and potential solutions to wearable interface circuit design.
Low-cost training for your organization
Add extensive training to your institution without adding overhead. In addition to offering institutional subscriptions to Resource Centers, IEEE can provide custom, complete, end-to-end training programs for organizations.
The IEEE Resource Centers provide:
- Fully customized training for a team, department, college, or an entire organization
- Unlimited access to all on-demand resources in an IEEE Society
- Educational credit opportunities for working engineers to meet their continuing education requirements and/or maintain their professional licenses
Earn CEU and PDH credits
Educational credits are required in many industries for continuing education purposes or to earn and maintain professional licenses and certifications. Enhance your resume and/or earn your required CEUs or PDHs through valuable training resources that will bring you up to date on the latest technology and best practices. These courses provide documented CEU and PDH educational credits that can be shared with your institution and management.
