A Service-Oriented MultiAgent Architecture for Cognitive Surveillance

A Review on Intelligent Monitoring and Activity Interpretation

“…For this, the system has translation modules for detecting and tracking objects in images, sound detection in the case of microphones, or the activation of the sensors to generate events, and a unit processing that receives events and updates the object storage. In [81] we find a multiagent system for service-oriented monitoring aimed at improving the scalability, robustness and security. Service-oriented processing is used to allow autonomy in processing and communication system components.…”

“…In the industrial field these systems have also undergone extensive proliferation. On the one hand, there are monitoring systems for transport: we can find applications in airports [83,84,86], ports [35,85,69], railway and underground stations [54,1,14], and vehicle control [49,81]. On the other hand, there are systems for monitoring public places like banks, shops, homes and garages [48,22].…”

Sensor-driven agenda for intelligent home care of the elderly

“…Some examples are found in the work of Castro, Delgado, Medina, and Ruiz-Lozano (2011), where an intruder detection system, which integrates heterogeneous information sources, is presented. There are other works, as in Vallejo, Albusac, Gonzalez-Morcillo, and Jimenez (2008), where a serviceoriented multi-agent surveillance system is proposed. The proposal consists of a two-layer organization where some agents are distributed through the medium to capture information from sensors whilst a central node gathers and processes the information.…”

On the use of agent technology in intelligent, multisensory and distributed surveillance

“…The main idea of SOC/SOA is to explicitly separate software engineering from programming, to emphasize on software engineering and to de-emphasize on programming. Recently, agents are also being used in conjunction with the SOC paradigm to develop surveillance applications (Vallejo et al ., 2008). On the one hand, the services provide the necessary independence and inter-operability levels to tackle system design from a general point of view.…”

“…walking through or near the parking lot, reaching or getting out of a vehicle; passing near, through or parking in the parking lot; man crossing the railway, a couple taking a walk on the railway; left luggage) Remagnino et al (1998Remagnino et al ( , 2004, De Gregorio (2007), Detmold et al (2006a) The system identifies as anomalous situations those that are not defined as normal. Pedestrian walking along the pavement or crossing over the pedestrian crossing are some examples of normal situations Vallejo et al (2008) Facial recognition…”