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A web access mechanism in a device is described. The web access mechanism includes at least an object that includes a plurality of functions of the device. The object includes a unique name that identifies the object and a web page that provides an interface to the object. The object also includes a

A web access mechanism in a device is described. The web access mechanism includes at least an object that includes a plurality of functions of the device. The object includes a unique name that identifies the object and a web page that provides an interface to the object. The object also includes a plurality of properties, each of which can represent an interface to one of the functions of the object. The web access mechanism also includes a web core engine that calls one of the functions of the object to be loaded and executed in the web core engine in accordance with a request that contains the unique name of the object and the property name of the function. A method of invoking one of the functions in the web access mechanism is also described.

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A web access mechanism in a device is described. The web access mechanism includes at least an object that includes a plurality of functions of the device. The object includes a unique name that identifies the object and a web page that provides an interface to the object. The object also includes a

A web access mechanism in a device is described. The web access mechanism includes at least an object that includes a plurality of functions of the device. The object includes a unique name that identifies the object and a web page that provides an interface to the object. The object also includes a plurality of properties, each of which can represent an interface to one of the functions of the object. The web access mechanism also includes a web core engine that calls one of the functions of the object to be loaded and executed in the web core engine in accordance with a request that contains the unique name of the object and the property name of the function. A method of invoking one of the functions in the web access mechanism is also described. , Feb. 1998. W. Liu et al., "A 250-MHz Wave Pipelined Adder in 2-μm CMOS," IEEE Journal of Solid-State Circuits, vol. 29, No. 9, pp. 1117-1128, Sep. 1994. A. Beaumont-Smith et al., "A GaAs 32-bit Adder," IEEE Symposium Computer Arithmetic, pp. 10-17, Jul. 1997. Z. Wang et al., "Fast Adders Using Enhanced Multiple-Output Domino Logic," IEEE Journal of Solid-State Circuits, vol. 32, No. 2, pp. 206-214, Feb. 1997. G. Bewick et al., "Approaching a Nanosecond: A 32 Bit Adder," IEEE International Conference on Computer Design: VLSI in Computers & Processors, pp. 221-226, Oct. 1988. A. Weinberger, "High-Speed Binary Adder," IBM Technical Disclosure Bulletin, vol. 24, No. 8, pp. 4393-4398, Jan. 1982.