Abstract: Artificial intelligence systems and methods are provided for automatic property damage estimate generation and contents pricing from textual and image data. The system generates an initial prompt for submission to an AI model and modifies the prompt to include additional information relating to historical claims data, property data, and/or other data. The system then submits the modified prompt to one or more AI models along with one or more of textual data and photo data. Output of the AI model(s) is then processed by the system to generate a damage estimate, which could be delivered in the form of natural language output, lists, and/or category and selector codes operable with a software-based insurance claims processing system. Additionally, the system can process textual and/or video (e.g., photo) information in order to automatically generate a list of contents and associated prices, using one or more custom-trained AI models.

Abstract: An autonomous radar transmitting system transmits radar signals which simulate the presence of a police- manned radar station. A system controller runs pseudo- randomizing programs to select signal parameters such as the pulse width and pulse separation as well as the signal power of generated radar signals. The radar output of the system is therefore sufficiently random to prevent a detecting circuit from identifying it in the time it takes for a motorist with a radar detector to reach the radar source. This system is battery powered and a photovoltaic panel is provided to recharge the battery, thus giving the system a long lifespan. The controller detects the battery power level and modifies the parameters of the generated signals in response to low battery levels. A radiation detector is also provided through which radiation signals may be input from a remote control. The input radiation signals may be used to suspend system operation or modify the signal parameters.

Abstract: An autonomous radar transmitting system transmits radar signals which simulate the presence of a police-manned radar station. A controller runs pseudo-randomizing programs to select the width of a radar pulse transmitted as well as the time lapse between subsequent pulses. The radar output of the system is therefore sufficiently random to prevent a detecting circuit from identifying it in the time it takes for a motorist with a radar detector to reach the radar source. This system is battery powered and a photovoltaic panel is provided to recharge the battery, thus giving the system a long lifespan. Also provided is an infrared detector through which infrared signals may be input to the controller. Thus, external control is provided without making the system susceptible to tampering or vandelism. Most of the electrical components are enclosed in a weatherproof casing capable of being mounted in a number of discrete, convenient locations.