This work presents a tool that takes a high-level specification and automatically creates a complete Stochastic Computing systems capable of interfacing analog ...

The proposed framework takes a high-level specification and automatically creates a complete Stochastic Computing systems capable of interfacing sensors ...

This work presents a tool that takes a high-level specification and automatically creates a complete Stochastic Computing systems capable of interfacing analog ...

This work presents a tool that takes a high-level specification and automatically creates a complete Stochastic Computing systems capable of interfacing analog ...

Stochastic processors on FPGAs to compute sensor data towards fault-tolerant IoT systems. In De- pendable and Secure Computing (DSC), 2018 IEEE Conference.

Jul 18, 2024 · Stochastic Processors on FPGAs to Compute Sensor Data Towards Fault-Tolerant IoT Systems. DSC 2018: 1-8. [c52]. view. electronic edition via ...

2018 DSC: Stochastic Processors on FPGAs to Compute Sensor Data Towards Fault-Tolerant IoT Systems. (INESC-ID); 2018 JESTCS: An Energy-Efficient Online ...

This work presents a framework to automatically implement Bayesian Machines to perform computations using stochastic bitstreams, which can provide massively ...

Dec 6, 2021 · A further interesting approach is found in [37], where SC components on an FPGA process sensor data in a fault-tolerant manner. Kim et al. [38] ...

To this end, we formulate a stochastic program to determine the charging time of the HAP and sampling time of sensor nodes. Our objective is to minimize the {\ ...