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A single address decoder with n address input bits can serve up to 2 n devices. Several members of the 7400 series of integrated circuits can be used as address decoders. For example, when used as an address decoder, the 74154 [3] provides four address inputs and sixteen (i.e., 2 4) device selector outputs.
The return instruction is an indirect jump that reads its target address from the call stack. Many microprocessors have a separate prediction mechanism for return instructions. This mechanism is based on a so-called return stack buffer, which is a local mirror of the call stack. The size of the return stack buffer is typically 4–16 entries. [8]
The next batch of numbers (200) represent the area code. The regional, district and area codes come together to form the postcode. The last batch of numbers (1987) represent the unique address of the location. A combination of the postcode and the unique address make up the digital address. [7] Gibraltar: GI: GX11 1AA Single code used for all ...
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In CPU design, the use of a sum-addressed decoder (SAD) or sum-addressed memory (SAM) decoder is a method of reducing the latency of the CPU cache access and address calculation (base + offset). This is achieved by fusing the address generation sum operation with the decode operation in the cache SRAM .
Minecraft uses LEB128 in its protocol for measuring lengths of data within packets. [11] The mpatrol debugging tool uses LEB128 in its tracing file format. [12] osu! uses LEB128 in its osu! replay (.osr) format. [13] W3C Efficient XML Interchange (EXI) represents unsigned integers using LEB128, in exactly the same way as described here. [14]
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Also, 12-bit central processing unit (CPU) and arithmetic logic unit (ALU) architectures are those that are based on registers, address buses, or data buses of that size. Before the widespread adoption of ASCII in the late 1960s, six-bit character codes were common and a 12-bit word, which could hold two characters, was a convenient size.