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Blaize, a Leading Global Provider of AI Solutions for Edge Computing, to Go Public Through a Business Combination with BurTech Acquisition Corp.

Blaize is a provider of full-stack artificial intelligence (“AI”) solutions for automotive and edge computing in multiple large and rapidly growing markets.

Blaize, a Leading Global Provider of AI Solutions for Edge Computing, to Go Public Through a Business Combination with BurTech Acquisition Corp. – IT Business Net

Blaize to Go Public via Merger with Burtech Acquisition (BRKH)

Google makes bid to resolve competition concerns in Germany over its automotive services bundling

Following competition objections raised on Google in Germany this summer over bundling of services including Google Maps via its Android-based in-car Following competition objections raised on Google in Germany this summer over bundling of services including Google Maps via its Android-based in-car infotainment system software, the tech giant has made an offer of some service unbundling and the removal of contractual restrictions it applies to vehicle makers in a bid to settle the regulatory intervention.

Blaize, a Leading Global Provider of AI Solutions for Edge Computing, to Go Public Through a Business Combination with BurTech Acquisition Corp.

Blaize, a Leading Global Provider of AI Solutions for Edge Computing, to Go Public Through a Business Combination with BurTech Acquisition Corp.

Blaize, a Leading Global Provider of AI Solutions for Edge Computing, to Go Public Through a Business Combination with BurTech Acquisition Corp.

Blaize, a Leading Global Provider of AI Solutions for Edge Computing, to Go Public Through a Business Combination with BurTech Acquisition Corp.

Blaize is a provider of full-stack artificial intelligence solutions for automotive and edge computing in multiple large and rapidly growing markets. Blaize has previously raised $224 million...

Simplifying Database Operations With HarperDB SDK for Java

In this hands-on session, explore how HarperDB SDK for Java streamlines NoSQL integration, abstracts HTTP complexities, and enables efficient CRUD operations.

JMSE | Free Full-Text | Performance of a Raft-Type Wave Energy Converter with Diverse Mooring Configurations

The development and utilization of wave energy, heralded as a potential leading source of clean energy worldwide, have garnered considerable attention from the global research community. Among the diverse array of wave energy converters (WECs), the raft-type WEC stands out for its potential to efficiently harness and utilize wave energy, offering high energy conversion rates and a broad frequency response range. This paper delves into the evaluation of a raft-type WEC’s performance in various mooring configurations under different wave conditions. Our analysis primarily focuses on the dynamics of the two-body WEC using a weakly nonlinear three-dimensional potential flow solver. The considered device comprises two interconnected floating barges, incorporating a power take-off system at the hinged connection point. This investigation involves the use of equivalent linear damping to model the power take-off (PTO) system. To validate the numerical simulations, we conduct physical model experiments with WECs. Additionally, the coupling of the raft-type WEC’s dynamics and its mooring dynamics was examined, highlighting the performance differences between various mooring systems through a comparative analysis.