Sentence examples for deployment based on a from inspiring English sources

We review several common thermal treatment technologies for hydrocarbon-contaminated soils, assess their potential environmental impacts, and propose frameworks for sustainable and low-impact deployment based on a holistic consideration of energy and water requirements, ecosystem ecology, and soil science.

But it is one thing to recognize the built-in danger, as in fact Moscow and Washington have always done, and it is quite another to make plans and deployments based on a suicidal and Presidential threat.

In this paper, we have shown the performance of both downlink and uplink WiMAX broadband standard transmitted from a HAP cellular system in the 3.5 GHz band across a coverage area of 30 km radius, while operating in the same frequency band with terrestrial WiMAX deployments based on a proposed coexistence scenario.

Rather than distribute body cameras to agents, even as a pilot project, the report recommends a "risk-based deployment" based on "operational need".

Everything else is standard: the traction and stability systems; a five-speed automatic transmission that can be shifted manually; heated power seats with leather trim; xenon headlamps; power sunroof; high-performance tires; and sensors that adjust the air bags' deployment based on the speed of a crash and whether occupants are wearing safety belts.

The KASOM evaluation and validation will be demonstrated through a real Wireless Sensor and Actuator Network deployment based on integral healthcare services in a sanatorium.

As a final remark, compared to a typical, current Mobile WiMAX deployment based on IEEE 802.16e with 2 × 2 SU-MIMO, an expected IEEE 802.16 m deployment with 4 × 2 MU-MIMO offers 2.8 times higher average spectral efficiency and 2.3 times higher cell-edge user spectral efficiency.

TaintChaser is the massive parallel deployment based on the KVM virtual machine, through a unified dispatching system to carry out the parallel detection [25].

The proposed monitoring architecture and related tools have been integrated into a real Cloud deployment based on the OpenStack platform: they are openly available for the research community and include a Web-based customizable Cloud monitoring console.

Software development and deployment based on the new models of Software as a Service (SaaS) and Service-Oriented Architecture (SOA) are expected to bring a lot of benefits for users.

In this context, the objective of this research is to propose a solution for optimal EV charging infrastructure deployment, based on Genetic Algorithms and OD data.