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Research talent to work on AI, photonics and energy with Veni grant

Research talent to work on AI, photonics and energy with Veni grant
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Albert schrotenboer department industrial engineering innovation sciencesNetherlands organisation for scientific researchEefje hendriks department built environmentJoanne oh department electrical engineeringDepartment mechanical engineeringSommen department electrical engineeringNetherlands organisationScientific researchAlbert schrotenboerDepartment industrial engineeringInnovation sciencesMathematical programmingMachine learningFiber wireless communication systemDepartment electrical engineeringDigital material technologies

David Williamson Receives 2022 Steele Prize from American Mathematical Society

David Williamson, chair of the Department of Information Science in the Cornell Ann S. Bowers College of Computing and Information Science and

United statesUnited kingdomLeroyp steeleWilliam fogg osgoodGeorge david birkhoffMichel goemansMichelx goemansWilliam caspar grausteinDavid williamsonCambridge universitySteele prize for seminal contribution to researchMassachusetts institute of technologyAlmaden research centerDepartment of information scienceAmerican mathematical societyCambridge university press

Four with MIT ties honored with 2022 American Mathematical Society prizes

Four mathematicians with MIT ties were recently honored by the American Mathematical Society (AMS). Professors Michel Goemans and Richard Stanley

United statesNovosibirskaya oblastLeroyp steeleMaciej zworskiRichard stanleyMichel goemansAlex cohenLex schrijverSemyon dyatlovJean bourgainDelbert ray fulkersonGian carlo rotaRichardp stanleyDavid williamsonTravis dillonRoberte collins

On Max-Min Complete Targets Sampling in Backscatter-Aided RF Powered I by Rui Yang, Changlin Yang et al

This paper considers a Radio Frequency (RF) powered Internet of Things (IoT) network that exploits ambient backscatter communications to maximize the minimum number of samples of targets. We propose a Maximum Backscatter Opportunity Search (MBOS) heuristic algorithm to construct set covers to ensure complete targets coverage. Our results demonstrate that the performance of MBOS is within 91% of the optimal number of samples and it is 25% higher as compared to not using backscattering.

Radio frequencyMaximum backscatter opportunity searchNternet of thingsMathematical programmingRadio frequencyTargets monitoringWireless power

SKP s Algorithms and Data Structures #7: Functional Programming and Lambdas in Java

In this article, we discuss the solution to the [functional programming] problem to demonstrate the usage of Java Lambdas.

Data structuresLambda expressionsMore javaData structuresProblem solvingMathematical programmingComplexity metricsJava program