Latency

The present paper addresses Pat Barker’s Another World in the light of Cathy Caruth’s psychoanalytical notions concerning the traumatic experiences of the subjects. This analysis attempts to trace the concepts of latency, post-traumatic stress disorders, trauma of fratricide, and domestic trauma in Barker’s novel in order to explore how trauma and history are interrelated in the narrative of history and, particularly, in what manners trauma is transmittable trans-generationally. The present paper also demonstrates how Barker’s novel Another World acts as the narrative of trauma that vocalizes the silenced history of shell-shocked soldiers of World War I to affect the domestic and national arenas of British society, the history that has been concealed due to social and individual factors. The study thus investigates the dissociative disorders, which are experienced by traumatized survivors of World War I as the aftermath of traumatic experiences of wartime. In addition, it argues how time moves for the traumatized victim and how the notion of latency in terms of Caruth’s theory is traceable in Barker’s novel. In Another World, the traumatized survivor is haunted with traumatic memory of his past history, that constantly disrupts his present and the victim is in continuous shift from present time to past time. Time thus loses its linearity in the narrative of traumatized survivor.

In many significant characteristics of the modern world, including particular industry, agriculture, and military applications, Wireless Sensor Networks (WSNs) have begun to emerge. Even though energy consumption is the greatest challenge confronting WSNs, it is essential to analyse the feasibility of the use of mobile components for the data collection on WSN networks. To collect information from their sensing terrain, WSNs use significant numbers of wireless sensor nodes. The method of acquiring data from the sensor nodes and forwarding this data to the node or base station is Data Collection (DC). In such methods, data collection is effective and efficient in data transfer for an extended WSN lifetime. The scientific and investigational analysis demonstrated that Routing Path Selection-DC has the robustness and low energy, is required to reduce the mobile sink's energy demand, which provides better results, and is adaptable dynamically to multiple situations, including the variance between the ground robot and the cost of energy. The research paper developed an approach that creates a data collection schedule that is collision-free where appropriate power limits are allocated and verifies its overall performance of virtual environment network latency.