![]() You may have certain classes that it is easy to distinguish between whereas it is hard for certain other classes. It is postulated that it is possible for a crowd sourced service provider to segment bad actors with simple cluster analysis algorithms, or for distributed agents to deny access to hostile agents with straightforward statistical metrics. Note also that the classification table gives more detailed information than the single-number entropy. A distant simulated hostile observer is introduced and a statistically significant boundary between the observations of the distant hostile and the local network is identified. An acceptability criterion is proposed for conditional trust based upon statistical similarity of observation, and a trust graph is formed and analyzed. These entropy observations are then featured and compared for defensibility against attacks. Mathematically, the exact definition is: Entropy (Boltzmann’s constant k) x logarithm of number of possible states S kB logW This equation, which relates the microscopic details, or microstates, of the system (via W) to its macroscopic state (via the entropy S ), is the key idea of statistical mechanics. The residuals of the localization are used to generate a location descriptive pseudo random entropy observation for each agent. A simulation is developed to mimic localization by trilateration (GPS). This work proposes a potential method for establishing trust to the limited extent that other participants are geographically nearby via inspection of observational data. Ts diagrams are a useful and common tool, particularly because it helps to visualize the heat transfer during a process. For example, the Waze navigation service has been shown to be susceptible to false information from an attacker. The temperature-entropy diagram (Ts diagram) in which the thermodynamic state is specified by a point on a graph with specific entropy (s) as the horizontal axis and absolute temperature (T) as the vertical axis. Crowdsourcing and distributed systems have developed to take advantage of these trends but participating in these solutions has its own challenges. These computational devices may be operated by disparate, untrusting parties as they move about the real world. But they have the same unit joule/kelvin like work & energy. Entropy change is the amount of energy dispersed reversibly at a specific temperature. ![]() With the explosive growth in network connected computation devices, many new problems and opportunities arise. Heat capacity C C of an object is the proportionality constant between the heat Q Q that the object absorbs or loses & the resulting temperature change T T of the object. ![]()
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