In duty-cycled scenarios, a sensor node can receive a message only in its active time slot, which makes it more difficult to design collision-free scheduling for broadcast operations.
However, the question is fuzzy logic can be utilized to design automatic collision avoidance systems (CAS).
Findings are important to the design of collision warning systems especially in the aspect of warning timings.
Hence, the model may be used for the process design of collision welds generated by vaporizing foil actuators.
The four-arc approximation to ellipses is important for such applications as image processing, curve fitting, NC machining, cam design, and collision avoidance.
Our goal was to design a collision warning application and to adopt the most accurate dissemination method; to this end, we have developed a cross-layer architecture based on the requirements from the network and logical layers.
This paper presents a new physical (PHY) and medium access control (MAC) cross-layer design frame collision correction (CC) architecture for correction of Dedicated Short Range Communications (DSRCs) safety messages.
Research studies by Chakraborty et al. (2011, 2013), Abid et al. (2011), Li et al. (2014a, b), Czubenko et al. (2015), Llorca et al. (2011), An et al. (2014), Chang and Chou (2009), Keller et al. (2014), Milanés et al. (2012a), Kim and Jeong (2014), Wan et al. (2014a) and Kraus et al. (2009) have not considered emotions in the design of collision avoidance schemes.
For example, in the drilling industry GA are applied in many areas, e.g., drilling optimization, well placement, well design, anti-collision problems and ROP modeling.
The objective of the present paper is to study the oil flows from damaged ships with different tank designs during collision and grounding incidents.
