Wireless Sensor Network is a large-scale network of resource-constrained (energy, memory and processing) sensor nodes that are deployed at different locations, in order to monitor physical or environmental conditions.
Road side units are deployed at different distances (denoted by D RSU, which is the distance between two consecutive RSUs): every 1,000, 2,000 and 3,000 m.
Although in C/U-plane decoupled architecture the macro and small cell are deployed at different locations, they simultaneously serve the same train user.
As the system may have an arbitrary number of mobile nodes and processing hosts or servers (typically deployed in the cloud), each component in Fig. 2 will typically have many instances that are deployed at different nodes.
Wireless sensor networks (WSN) are large-scale ad hoc networks of resource-constrained sensor nodes that are deployed at different locations and could cooperatively monitor the physical or environmental conditions, such as temperature, vibrations, and motions.
First, the two treatments are deployed at different levels (community and household) and second, there are two sources of correlation in the outcome: within-community and within-child.
1. Physical Design/Hardware Architecture Different types of small cell BSs may require different types of backhaul designs and architectures since they can be deployed at very different locations1.
Responding to these concerns, Mr Hoban said: "We do not think that the characteristics of the horticultural sector, such as its seasonality and dependence on readily available workers to be deployed at short notice, are so different from those in other employment sectors as to merit special treatment from a migration policy perspective". The move was welcomed by campaign group Migration Watch.
