With the increasing world population, growing economies, and declining freshwater resources, it is imperative to identify and deploy cost-effective and energy efficient technologies to transform saline water and wastewater into fresh water.
As a result, fiber optics have been deployed cost-effectively for increasingly shorter distances in telecom networks, as well as for applications with a smaller bandwidth-times-distance product.
New protein-protein interaction assays, ranging from fluorescent-based assays to genomic-wide RIME, as well as recent advances in TF proteomics profiling and dynamic intra-nuclear visualization methods, can now be deployed cost-effectively in non-specialist laboratories (developmental biology, regenerative medicine, microbiology, etc).
By deploying low-cost base stations and access points, Mimosa customers can get 10 times the speed and five times the capacity of current wireless networking equipment.
Recent advances in micro-electronics and wireless communications made it possible to develop and deploy low cost, low energy consumption, and tiny sensors.
This work has developed and deployed low cost short-range modules of wireless sensor network based on ZigBee standard and virtual instruments technology in order to monitor and control an aquaculture system in real time.
CDN deployment cost The overall cost of deploying a CDN is based on the adopted cost models (retrieval, update, storage[9]).
Deploying them could cost more than a trillion dollars, one expert estimates.
The reduced size and weight of LPNs allows them to be deployed rapidly, cost-effectively, and on a relatively wider range of locations compared to traditional macro sites [6].
In order to deploy low-cost smart environments and reduce the computational complexity for activity recognition, it is a key issue to know the subset of sensors which are relevant for activity recognition.
