Speckle

Suffolk Technologies Launches the Conversation about AI Impact on the Built Environment

Retrieved on: 
星期二, 四月 2, 2024
Architecture, Commercial Building & Real Estate, Construction & Property, Artificial Intelligence, Building Systems, Professional Services, Technology, Residential Building & Real Estate, WINT, Automation, Synthetic media, Built, Construction, Venture capital, Built environment, AI, AEC, Carbon, Thought, Human, Marketing, Investment, BIM, Multimedia, Data management, Artificial intelligence, Generative, Speckle, Medical device

Artificial Intelligence (AI) continues to have an impact on daily lives, business, and the Architecture, Engineering, and Construction (AEC) industry.

Key Points: 
  • Artificial Intelligence (AI) continues to have an impact on daily lives, business, and the Architecture, Engineering, and Construction (AEC) industry.
  • To explore ways AI is transforming the AEC industry, Suffolk Technologies recently hosted AI + Design in the Built Environment at Suffolk Headquarters in Boston.
  • Startup participants included:
    Augmenta : a fully automated building design platform, built from the ground up around Generative AI.
  • For more information about Suffolk Technologies and future events, visit suffolktech.com .

Generating Pseudo-Random Speckle Illumination Patterns Allows For High-Resolution Imaging

Retrieved on: 
星期三, 二月 5, 2020
Technology, Medical devices, Science, Biotechnology, Other Communications, Health, Semiconductor, Engineering, Other Science, Research, Other Technology, Telecommunications, Communications, Manufacturing, Audio, Video, Hardware, Radiology, Interference, Patterns, Speckle pattern, Speckle, Electronics, Telecommunications, Optics, Super-resolution photoacoustic imaging, Speckle imaging

Using pseudo-random speckle patterns is an efficient way to image targets, but most approaches require bulky, expensive, complex and slow machinery.

Key Points: 
  • Using pseudo-random speckle patterns is an efficient way to image targets, but most approaches require bulky, expensive, complex and slow machinery.
  • To apply this technique to biomedical imaging, such as ultra-thin endoscopy or in vivo neural imaging, a smaller device that can generate random speckles is needed.
  • This is because unlike a focused spot, the random speckle illumination consists of interference patterns that contain higher spatial frequency elements, he said.
  • In testing this method, the team was able to image 490 resolvable points using 128 phase shifters and 600 illumination patterns.