binary arithmetic 예문

• It used parallel binary arithmetic and logic operations; word length was 30 bits.
• The JPEG compression compresses metadata with LZMA compression, while image is compressed with binary arithmetic coding.
• You need some knowledge of how networks and IP address numbering work, and of binary arithmetic.
• ENIAC's registers performed decimal arithmetic, rather than binary arithmetic like the Z3, the ABC and Colossus.
• It was a relay computer, which used binary arithmetic, designed to solve any formulated series of calculations.
• XOR is also used to detect an overflow in the result of a signed binary arithmetic operation.
• For binary arithmetic, " or " is faster than " xor " and takes fewer transistors to implement.
• The third device used a checkerboard like grid and counters moving on the board to perform binary arithmetic.
• Hence, in the unsigned binary arithmetic the value of two's-complement negative number of a positive satisfies the equality.
• Binary arithmetic and logical operations are performed as register-to-register and as memory-to-register / register-to-memory as a standard feature.
• Only fixed-point binary arithmetic was provided.
• Location arithmetic in particular foreshadowed the ease of and power of mechanizing binary arithmetic, but was never fully appreciated.
• The computer has instructions for 16, and 32-bit binary arithmetic, as well as 32 and 48 bit floating point.
• This in turn influenced Leibniz and his thinking on binary arithmetic, and in turn the language of modern computers.
• The bits selected by these coding passes then get encoded by a context-driven binary arithmetic coder, namely the binary MQ-coder.
• The ABC innovations included electronic computation, binary arithmetic, parallel processing, regenerative capacitor memory, and a separation of memory and computing functions.
• All 15 are listed here in order of binary arithmetic for clarity of the coordinate generation from the rings in each corresponding Coxeter diagram.
• This makes Rice codes convenient for use on a computer since multiplication and division by 2 can be implemented more efficiently in binary arithmetic.
• It gets its efficiency by eschewing binary arithmetic for an " optical " adder which can add hundreds of thousands of quantities in a single clock cycle.
• I could already do binary arithmetic, and a lot of the day-to-day things of ranges, ISP behaviour, and user agents are learned by doing, which I have.