Multiplication from other operations

Accelerating Multiplication and Parallelizing Operations in Non-Volatile Memory

Today’s IoT applications often analyze raw data by running machine learning algorithms such as classification or neural networks in data centers [2], [3]. Sending the entire data to cloud for processing is not scalable and cannot guarantee the required realtime response [4]. Running data intensive workloads with large datasets on traditional cores results in high energy consumption and slow pro...

Leakage from Montgomery Multiplication

Modular multiplication P = A×B mod M is a fundamental operation in most public key cryptography. Its efficiency is usually critical in determining the overall efficiency of a system because it is the main component in modular exponentiation and in elliptic curve point multiplication. There are several algorithms which can be chosen for performing modular multiplication, of which those by Barret...

Exciton multiplication from first principles.

Third-generation photovolatics require demanding cost and power conversion efficiency standards, which may be achieved through efficient exciton multiplication. Therefore, generating more than one electron-hole pair from the absorption of a single photon has vast ramifications on solar power conversion technology. Unlike their bulk counterparts, irradiated semiconductor quantum dots exhibit eff...

Some Applications of Semidefinite Optimization from an Operations Research Viewpoint

Monitoring and assessment of pollutants resulting from bench-blasting operations

Nitrogen oxides and carbon monoxide gases together with dust are known as the major pollutants arising during the blasting operations using the ammonium nitrate-fuel oil (ANFO) explosive at the Sungun surface mine, located in the northwest of Iran. The pollutants were monitored during some blasting operations at the mine. It was concluded that the gases and dust clouds initially went up to the ...