Showing papers on "Smart device published in 2001"
Patent•
14 Sep 2001
TL;DR: In this paper, a number of features are provided, including an automatic, on-line form fill featur a user identification code (ID) and password storage and maintenance feature, an automatic browser and URL launch feature, a favorite site/application feature and an intelligent on-online form fill feature.
Abstract: A smart object (202), such as a smart card, a device (205) containing a smart card, or a device capable of operating in a manner that is equivalent to a smart card, is used to facilitate interaction with a computer and/or a computer based network, including, but not limited to the Internet (220). When used in conjunction with application software (210), a peripheral device (e.g., a personal computer) (215), one or more computer and/or telecommunications networks, and possibly, back-end network services, a number of features are provided, including an automatic, on-line form fill featur a user identification code (ID) and password storage and maintenance feature, a personal data storage and maintenance feature, a credit card data storage and maintenance feature, an automatic browser and URL launch feature, a favorite site/application feature, an intelligent on-line form fill feature, a digital signature capture and storage feature, a media transference management feature, a card XML feature, a personal network management and transaction feature, a quick-link feature, and an on-line reward accumulation, redemption and transfer feature.
12 citations
01 Jan 2001
TL;DR: The paper describes the development of a smart embedded fuzzy system for reefer refrigeration control, which can be tested and used to iteratively identify and control the plant until the desired control system criteria are achieved.
Abstract: The paper describes the development of a smart embedded fuzzy system for reefer refrigeration control. The goal of this project is twofold: to design an efficient and economically feasible intelligent industrial controller on one hand and to test and further develop a smart device design approach, which is based on design model formulation with the fuzzy rules given by an expert. Through prototyping and implementation on a general- purpose microprocessor the system can then be tested and used to iteratively identify and control the plant until the desired control system criteria are achieved. The paper describes the design, implementation and testing of an embedded fuzzy controller as a simple, practical solution to a regulation problem in reefer refrigeration systems. By an application of the Motorola HC12 MCU with its inbuilt fuzzy logic instruction set a rapid prototype design was implemented and the application of fuzzy logic and iterative identification and control to general industrial refrigeration systems was found to be a possible economically feasible solution.