Abstract: This discloses an accountability system for monitoring the status of a certain condition of a moveable object having an electronic identification device with a transmittable unique identification code. A verification station with an electronic signal transmission and reception device remotely initiates communication with the electronic identification device on the moveable object and receives the unique identification code. A database at the verification station retrieves information related to said unique identification code, and a camera captures a digital image of said moveable object, while displaying the image and querying a user to input verification data to an input device. A data processing sub-system at the verification station verifies the user's input and compiles a data record of the unique identification code, the digital image, and data input from the user into a data record and stores the compiled record in memory for later communication with a remote storage device.

Abstract: This discloses an accountability system for monitoring the status of a certain condition of a moveable object having an electronic identification device with a transmittable unique identification code. A verification station with an electronic signal transmission and reception device remotely initiates communication with the electronic identification device on the moveable object and receives the unique identification code. A database at the verification station retrieves information related to said unique identification code, and a camera captures a digital image of said moveable object, while displaying the image and querying a user to input verification data to an input device. A data processing sub-system at the verification station verifies the user's input and compiles a data record of the unique identification code, the digital image, and data input from the user into a data record and stores the compiled record in memory for later communication with a remote storage device.

Abstract: This discloses an accountability system for monitoring the status of a certain condition of a moveable object having an electronic identification device with a transmittable unique identification code. A verification station with an electronic signal transmission and reception device remotely initiates communication with the electronic identification device on the moveable object and receives the unique identification code. A database at the verification station retrieves information related to said unique identification code, and a camera captures a digital image of said moveable object, while displaying the image and querying a user to input verification data to an input device. A data processing sub-system at the verification station verifies the user's input and compiles a data record of the unique identification code, the digital image, and data input from the user into a data record and stores the compiled record in memory for later communication with a remote storage device.

Abstract: An accountability system for monitoring the status of a certain condition of a moveable object having an electronic identification device with a transmittable unique identification code is disclosed. A verification station with an electronic signal transmission and reception device remotely initiates communication with the electronic identification device on the moveable object and receives the unique identification code. A database at the verification station retrieves information related to the unique identification code, and a camera captures a digital image of the moveable object, while displaying the image and querying a user to input verification data to an input device. A data processing sub-system at the verification station verifies the user's input and compiles a data record of the unique identification code, the digital image, and data input from the user into a data record and stores the compiled record in memory for later communication with a remote storage device.

Abstract: In one embodiment, a packaged integrated circuit is tuned by a) incorporating into a packaged integrated circuit design, at least one tunable circuit feature; b) fabricating a packaged integrated circuit in accordance with said packaged integrated circuit design; c) identifying a trimming point on the tunable circuit feature of said packaged integrated circuit, using an x-ray inspection system; d) relating coordinates of the trimming point to coordinates of a visible reference marker; e) utilizing the relationship between the visible reference marker and the trimming point to position a cutting tool over the trimming point; and f) utilizing the cutting tool to make one or more cuts into the packaged integrated circuit, until the tunable circuit feature has been acceptably modified at the trimming point. Other embodiments are also disclosed.

Abstract: In a parallel design process for ICs, plural circuit features to be evaluated are laid out while designing an IC. Plural ICs are then fabricated and packaged. For a first packaged IC, an interior circuit feature coupled to at least one of the plural circuit features to be evaluated is identified. A trimming point on the interior circuit feature is identified using an x-ray inspection system; coordinates of the trimming point are related to coordinates of a visible reference marker; and the relationship between the visible reference marker and the trimming point is used to position a cutting tool over the trimming point. The cutting tool is used to cut into the first packaged IC until the interior circuit feature has been acceptably modified at the trimming point. Operation of the first packaged IC is compared to operation of a second packaged IC. Other parallel design processes are also disclosed.