ENN (Edge Neural Network)

ENN (Edge Neural Network)

David Ojika

David Ojika

, Florida

ENN is a project that implements DNN on the edge for faster inference compared to a cloud-only approach.

Artificial Intelligence

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Description

Nowadays, the training phase of AI -- which is highly compute-intensive -- is being increasingly sped up by cloud computing. However, communicating with the cloud introduces latency during AI inference phase, which leads to poor performance for applications requiring 'hard' real-time responses from an on-premise location. We define "hard real-time" as a microsecond timescale, end-to-end, for a single batch of data communication and data processing. We propose Edge Neural Network (ENN), a distributed architecture for accelerated DNNs on the edge. The main objective of the ENN project is to design and build an AI software and hardware system with real-time inference capabilities for edge applications that exhibit high-speed, massive dataset characteristics wherein communicating with the cloud directly would be impractical or too expensive.

Github: https://github.com/davenso/edgenn

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David O. added photos to project ENN (Edge Neural Network)

Medium c7153c70 d6a9 43d0 aa76 2a418294a2b0

ENN (Edge Neural Network)

Nowadays, the training phase of AI -- which is highly compute-intensive -- is being increasingly sped up by cloud computing. However, communicating with the cloud introduces latency during AI inference phase, which leads to poor performance for applications requiring 'hard' real-time responses from an on-premise location. We define "hard real-time" as a microsecond timescale, end-to-end, for a single batch of data communication and data processing. We propose Edge Neural Network (ENN), a distributed architecture for accelerated DNNs on the edge. The main objective of the ENN project is to design and build an AI software and hardware system with real-time inference capabilities for edge applications that exhibit high-speed, massive dataset characteristics wherein communicating with the cloud directly would be impractical or too expensive.

Github: https://github.com/davenso/edgenn

15934164 1204653962936463 1111344975 o

David O. added photos to project ENN (Edge Neural Network)

Medium c7153c70 d6a9 43d0 aa76 2a418294a2b0

ENN (Edge Neural Network)

Nowadays, the training phase of AI -- which is highly compute-intensive -- is being increasingly sped up by cloud computing. However, communicating with the cloud introduces latency during AI inference phase, which leads to poor performance for applications requiring 'hard' real-time responses from an on-premise location. We define "hard real-time" as a microsecond timescale, end-to-end, for a single batch of data communication and data processing. We propose Edge Neural Network (ENN), a distributed architecture for accelerated DNNs on the edge. The main objective of the ENN project is to design and build an AI software and hardware system with real-time inference capabilities for edge applications that exhibit high-speed, massive dataset characteristics wherein communicating with the cloud directly would be impractical or too expensive.

Github: https://github.com/davenso/edgenn

Medium 15934164 1204653962936463 1111344975 o

David O. created project ENN (Edge Neural Network)

Medium c7153c70 d6a9 43d0 aa76 2a418294a2b0

ENN (Edge Neural Network)

Nowadays, the training phase of AI -- which is highly compute-intensive -- is being increasingly sped up by cloud computing. However, communicating with the cloud introduces latency during AI inference phase, which leads to poor performance for applications requiring 'hard' real-time responses from an on-premise location. We define "hard real-time" as a microsecond timescale, end-to-end, for a single batch of data communication and data processing. We propose Edge Neural Network (ENN), a distributed architecture for accelerated DNNs on the edge. The main objective of the ENN project is to design and build an AI software and hardware system with real-time inference capabilities for edge applications that exhibit high-speed, massive dataset characteristics wherein communicating with the cloud directly would be impractical or too expensive.

Github: https://github.com/davenso/edgenn

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Isaac Thani

Student and Entrepreneur.

Kazan, Tatarstan, Russia

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Manan Oza

Grant Road, Mumbai, Maharashtra, India

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SERHAN OZTEKIN

Mountain View, Kaliforniya, Birleşik Devletler

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