Contiki has been used in many projects, such as road tunnel fire monitoring, intrusion detection, wildlife monitoring, and in surveillance networks.
Since the proposed method can automatically reconstruct a 3D face from an arbitrary-view image, it can be applied for to a variety of useful applications, such as 3D game and animation character generation, and 2D frontal face generation from a side-view face image which can be used for monitoring suspects in surveillance cameras.
Monitoring chemicals in aquatic biota for food surveillance purposes differs from environmental monitoring: In food surveillance, the subject of protection is solely the human being as consumer.
In this contribution, the focus is on diagnostic methods that can be used for individual and/or herd parasite monitoring in parasite surveillance programmes.
Therefore, we recommend that reassortant of pandemic (H1N1) 2009 influenza viruses be monitored closely in surveillance programs, particularly when changes in pathogenicity or transmission in humans become apparent.
These results demonstrate that some reassortants between pandemic (H1N1) 2009 and seasonal influenza A (H3N2) were viable, remained transmissible, and were more pathogenic than the wild-type pandemic (H1N1) 2009 virus and emphasize the importance of monitoring reassortant viruses in surveillance programs because reassortment events may affect pathogenicity.
The organisms monitored in AMR surveillance programs are often selected based on significance to public health and ease of sampling, yet relevance to the agriculture industry should also be considered in order to maintain support and to have practical relevance when designing a farm based surveillance program [ 8].
The use of the report date will influence timeliness and sensitivity of outbreak detection as it incorporates additional variability between the onset of illness and the date of report [ 15], however, they are the most feasible data to monitor in prospective surveillance.
However, there are limitations in the human capability to monitor simultaneous events in surveillance displays [1].
