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StormForge's Kubernetes Resource Optimization Platform Accepted into AWS Marketplace and ISV Accelerate Program

AWS Marketplace Among an Increasing Number of Channels That Are Helping Put StormForge in the Hands of Customers Who Need To Make Sense of Complex Kubernetes EnvironmentsCAMBRIDGE, MA / ACCESSWIRE / March ....

United States , United Kingdom , Matt Provo , Kostenloser Wertpapierhandel , Tom Ellery , Chandler Hoisington , Amazon Web Services , Amazon Elastic Kubernetes Service , Software Vendor , Increasing Number , Channels That Are Helping Put Stormforge , Customers Who Need To Make Sense , Complex Kubernetes , Independent Software Vendor , Accelerate Program , Stormforge Optimize , Forge Optimize , Senior Vice President Revenue , Charley Dublin , Vice President , Product Management , Stormforge Platform , Insight Partners ,

Sophi.io automation, prediction and optimization platform: Sophi.io is INMA 2022 Global Media Awards Finalist for Print Automation

TORONTO, March 10, 2022, The Globe and Mail's AI-powered automation and optimization platform, was announced this week as a finalist in the International News Media Association (INMA)'s 2022 Global Media ....

Gordon Edall , Kostenloser Wertpapierhandel , International News Media Association , Sophi For First Party Data , Media Awards , Best Innovation , Naviga Publisher , Editor In Chief Katrine , Global Media Awards , Content Engagement Platform , Sophi Site Automation , First Party ,

"Orchestrating Virtual Network Functions in Wireless Powered IoT Networ" by Honglin Ren, Kwan Wu Chin et al.

Virtualization of devices operating in Internet of Things (IoTs) networks allows them to host functions or tasks from different users; these devices can thus execute multiple on demand sensing and data processing services concurrently. Devices, however, have limited energy and operational lifetime. To this end, this paper considers supporting Virtual Network Functions (VNFs) in a Radio Frequency (RF)-charging network with a Hybrid Access Point (HAP). Our aim is to minimize the energy used by the HAP to power devices in order to support deployed VNFs. It outlines a Mixed-Integer Linear Program (MILP) to jointly optimize VNFs placement, routing and link scheduling, and also the HAP’s charging duration. Further, it proposes a heuristic, called Decoupled Greedy Algorithm (DGA), that first assigns VNFs onto devices with the highest energy level before optimizing the HAP’s charging, routing and link schedule. Our results show that DGA has a probability higher than 0.95 to successfully se ....

Integer Linear Program , Virtual Network Functions Vnfs , Virtual Network Functions , Radio Frequency , Hybrid Access Point , Mixed Integer Linear Program , Decoupled Greedy Algorithm , Nternet Of Things , Ulti Hop Communications , Radio Frequency , Task Analysis , Virtual Functions , Wireless Communication , Wireless Sensor Networks ,

"A Substitute Solution of Backup Generators for a Microgrid" by Rashid Howlader, Ryuto Shigenobu et al.

This research proposes a smart microgrid installation and operation for an island by introducing ship's generators as a backup generator. On a small island, it is challenging to run big loads such as tower cranes and big motors, which are very necessary for the island's industrial development. Besides, photovoltaic (PV) and wind turbine generator (WG) output power output depends on weather conditions. So, the uncertainty of PV generations is a common drawback that is very difficult to tackle. Sometimes, due to a huge drop in renewable generators, the backup generators need to run. Even the backup generator ensures a certain time of resilience for a microgrid during the time of any unexpected moment. The installation of a backup generator involves a lot of costs. Also, to run a fossil fuel-based generator needs fuel transportation costs. Therefore, the proposed scheme introduces the ship's generators as backup generators to reduce a large number of installation costs. Eve ....

Back Up Generator , Installation Cost , Hips Generators ,

"A Cooperative Planning Framework for Enhancing Resilience of Active Di" by Ghulam Mohy-ud-din, Kashem M. Muttaqi et al.

Extreme incidents can cause diverse and dynamic disruptions to active distribution networks (ADNs). Thus, ADN operators (DNOs) must plan to prepare for and adapt to changes in conditions to withstand and quickly recover from such disruptions. This paper proposes a cooperative planning framework to design optimal microgrids (MGs) in smart ADNs integrated with virtual power plants (VPPs) to quickly reconfigure and recover during such events. The proposed framework has two parts: 1) optimal partitioning of ADNs with integrated VPPs into supply-sufficient MGs; and 2) the scheduling of the partitioned MGs. Since the VPPs are autonomous, a smart DNO and VPP interface and operating model for dynamic operating envelopes (DOEs) is proposed to quantify and integrate the supply capacity of VPPs in the operation of MGs. As part of this framework, three optimization models are formulated including VPP optimization, ADN partitioning, and a partitioned ADN scheduling model, where the uncertainty of r ....

Active Distribution Network Adn , Computational Modeling , Distribution Networks , Oad Modeling , Icrogrid Mg , Reactive Power , Virtual Power Plant Vpp ,