Titlebook: Smart Cities; Applications, Techno Stan McClellan,Jesus A. Jimenez,George Koutitas Book 2018 Springer International Publishing AG 2018 Smar

objection

Technology-Enhanced Infrastructurethe safety, functionality, environmental impact, and economic value of these structures. Sensor-monitoring technologies used in combination with asset management strategies will help cities maintain their infrastructure. Sensors are just one component of a Technology-Enhanced Infrastructure (TEI) sy

母猪

The Cloud: A Critical Smart City Assetg of information from arbitrary sources. As cities implement “smart” technologies and processes, access to “the Cloud” will enable the creation of distributed, personal, and autonomous services with ramifications far beyond today’s Internet.

锯齿状

Technology-Enhanced Infrastructurestem. TEIs also include an array of physical assets; inventory of embedded, attached, and remote sensors; a robust communication and data storage network; and a cohort of asset managers. This chapter examines each component of a TEI system and provides two examples of the use of sensors to monitor infrastructure assets.

手术刀

Detonate

Chris Boissevainvate universities and were analysed thematically. It was found that institutional training for emergency remote teaching provided to teachers was inadequate; nevertheless, teachers learned on the job individually through a trial and error process as well as collaboratively using personal and profess

Antarctic

特别容易碎

去才蔑视

d drawing on policy documents published at the national and institutional levels and the interviews with the directors of three English kindergartens, this study documents their practised curriculum and illustrates how unintended and unpredicted tension between policies inadvertently shapes the curr

方舟

Smart Cities: Vision on-the-Groundng its desirability. It is a sample of what Austin’s government, residents, universities, and private sector partners are exploring in design, experimentation, and use of technologies so that Austin will be the kind of cutting-edge Smart City that includes the best of the traditional desirable city.

Indurate

Reconfigurable Computing for Smart Vehiclesside infrastructure. In the automotive domain, data processing is time-critical and must be reliable. This system will demand high level of parallel, time-critical and fault-tolerant computing. Current multichip or software-based solutions may not be able to satisfy this demand. FPGAs are suitable f