East–west faults due to planetary contraction

Bayesian Methods for Identifying Faults on Robots for Planetary Exploration

Fault Detection and Identification (FDI) for robots is a complex problem. This is because the space of possible faults is very large and robot sensors, actuators, and environment models are uncertain. Probability theory provides a natural representation of the uncertainty in the rover domain, but an exact Bayesian solution to FDI is intractable. Traditional methods address this by approximating...

Termination of Planetary Accretion Due to Gap Formation

The process of gap formation by a growing planetary embryo embedded in a planetes-imal disk is considered. It is shown that there exists a single parameter characterizing this process, which represents the competition between the gravitational influence of the embryo and planetesimal-planetesimal scattering. For realistic assumptions about the properties of the planetesimal disk and the planeta...

Thrust faults and the global contraction of Mercury

[1] Lobate scarps on Mercury are the surface expression of thrust faults and are generally thought to be the result of global contraction. Our analysis indicates that these thrust faults are not uniformly distributed and exhibit non-random patterns on the imaged hemisphere. The greatest area normalized cumulative length of the faults occurs in the southern hemisphere, below 50 S. The thrust fau...

Acute Peritonitis Due to Contraction of the Ascending Colon: Death

A Proposal of Technique to Recover Faults occur due to Mobility in Distributed Computing System

Distributed Computing System is heterogeneous in nature. A computer program that runs on distributed system is known distributed program. There are a number of basic problems that likely to amplify the conceptual distance and complicate the design. There are many design issues in distributed computing systems. In this paper, we have discussed various issues of distributed computing system. The ...