… sensor nodes, distributed randomly in a square two-dimensional area of size A×A. Each node
… A sensor consumes energy for three basic operations: sensing the environment, receiving …

… virtual form of immortality or a form of immortality that is virtually … The nodes within each layer
are connected to nodes in … ie, nodes within a particular layer are not connected to nodes in …

… ; they consist of small devices, called sensor nodes, deployed in a targeted area to monitor,
… immortality (all nodes are always operational), or near immortality (90% of the nodes are …

… requirements of sensor nodes as much as possible, we stipulate that each node transmits its
… Hou, and HD Sherali, “Making sensor networks immortal: An energy-renewal approach with …

… We introduce Immortal … Immortal Threads on real hardware by comparing it against the
state-of-the-art intermittent runtimes. Our comparison showed that the price paid for the Immortal …

… sensor nodes based on the order in which they are expected to die and subsequently finding
the most efficient path to charge the sensor nodes such that sensor … the network immortal. …

… Hardy and Graham Chapman for allowing me the time and sponsorship to follow this path. …
Paper titled “Intelligent control of micro power – Immortal machine” published in the Elsevier …

… In this study, a general model of sensor nodes is used, as shown in Figure 1. Regarding
the … deployment and wireless energy transfer scheduling for immortal sensor networks. In …

… immortality in the network two step procedure was followed. First, the situations for which
the WSN could be immortal was established based on this the node … constraint sensor node …

… sensor networks, analyzed for instance in [14]. As described in this work, a promising way to
replenish sensor … also [16]) to transfer energy to sensor nodes. Our work can be considered …