dread high bit disease - определение. Что такое dread high bit disease
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Что (кто) такое dread high bit disease - определение

Critical Illness Insurance; Dread disease; Dread Disease; Critical illness cover; Critical Illness cover; Dread disease policies; Dread disease policy
Найдено результатов: 9310
dread high bit disease      
<character> A condition endemic to PRIME (also known as "PR1ME") minicomputers that results in all the characters having their high bit (0x80, see meta bit) ON rather than OFF. This complicates transporting files to other systems and talking to true 8-bit devices. Folklore had it that PRIME adopted the convention in order to save 25 cents per {serial line} per machine; PRIME old-timers, on the other hand, claim they inherited the disease from Honeywell via customer NASA's compatibility requirements and struggled heroically to cure it. Whoever was responsible, this probably qualifies as one of the most cretinous design tradeoffs ever made. A few other machines have exhibited similar brain damage. [Jargon File] (2002-04-09)
HDSL         
TELECOMMUNICATIONS PROTOCOL STANDARDIZED IN 1994, DEVELOPED TO TRANSPORT DS1 SERVICES AT 1.544 MBIT/S AND 2.048 MBIT/S OVER TELEPHONE LOCAL LOOPS WITHOUT A NEED FOR REPEATERS
HDSL; High Data Rate Digital Subscriber Line; High data rate Digital Subscriber Line; G.991.1; High bit rate Digital Subscriber Line; ITU G.991.1; High bit rate digital subscriber line; ITU-T G.991.1
HDSL         
TELECOMMUNICATIONS PROTOCOL STANDARDIZED IN 1994, DEVELOPED TO TRANSPORT DS1 SERVICES AT 1.544 MBIT/S AND 2.048 MBIT/S OVER TELEPHONE LOCAL LOOPS WITHOUT A NEED FOR REPEATERS
HDSL; High Data Rate Digital Subscriber Line; High data rate Digital Subscriber Line; G.991.1; High bit rate Digital Subscriber Line; ITU G.991.1; High bit rate digital subscriber line; ITU-T G.991.1
High-level Data Specification Language
HDSL         
TELECOMMUNICATIONS PROTOCOL STANDARDIZED IN 1994, DEVELOPED TO TRANSPORT DS1 SERVICES AT 1.544 MBIT/S AND 2.048 MBIT/S OVER TELEPHONE LOCAL LOOPS WITHOUT A NEED FOR REPEATERS
HDSL; High Data Rate Digital Subscriber Line; High data rate Digital Subscriber Line; G.991.1; High bit rate Digital Subscriber Line; ITU G.991.1; High bit rate digital subscriber line; ITU-T G.991.1
High data / bit rate Digital Subscriber Line (Reference: BELLCORE, AT&T, DSL)
High-bit-rate digital subscriber line         
TELECOMMUNICATIONS PROTOCOL STANDARDIZED IN 1994, DEVELOPED TO TRANSPORT DS1 SERVICES AT 1.544 MBIT/S AND 2.048 MBIT/S OVER TELEPHONE LOCAL LOOPS WITHOUT A NEED FOR REPEATERS
HDSL; High Data Rate Digital Subscriber Line; High data rate Digital Subscriber Line; G.991.1; High bit rate Digital Subscriber Line; ITU G.991.1; High bit rate digital subscriber line; ITU-T G.991.1
High-bit-rate digital subscriber line (HDSL) is a telecommunications protocol standardized in 1994. It was the first digital subscriber line (DSL) technology to use a higher frequency spectrum over copper, twisted pair cables.
most significant bit         
  • A diagram showing how manipulating the least significant bits of a color can have a very subtle and generally unnoticeable affect on the color. In this diagram, green is represented by its [[RGB]] value, both in decimal and in binary. The red box surrounding the last two bits illustrates the least significant bits changed in the binary representation.
CONVENTION TO IDENTIFY BIT POSITIONS
Most significant bit; Least significant bit; Least-significant bit; Most significant byte; Least significant byte; Significant bit; Bit significance; High-order bit; LSB0; MSB0; Least significant bits; Most significant bits; Bit position; Least Significant Bit; Most Significant Bit; Lsbit; Msbit; Most-significant bit; LSB 0; LSB 1; MSB 0; MSB 1; Lowest significant bit first; Most significant bit first; LSB1; MSB1; LSB-0; LSB-1; MSB-0; MSB-1; Bit naming; Bit order; Bit ordering; High bit; Low bit; Lowest bit; Highest bit; Least-significant bit first; Least significant bit first; Most-significant bit first
¦ noun Computing the bit in a binary number which is of the greatest numerical value.
The Isle of Dread         
  • 250px
D&D ADVENTURE MODULE
Tanaroa; Isle of dread; Isle of Dread
The Isle of Dread is an adventure for the Dungeons & Dragons role-playing game. The adventure, module code X1, was originally published in 1981.
least significant bit         
  • A diagram showing how manipulating the least significant bits of a color can have a very subtle and generally unnoticeable affect on the color. In this diagram, green is represented by its [[RGB]] value, both in decimal and in binary. The red box surrounding the last two bits illustrates the least significant bits changed in the binary representation.
CONVENTION TO IDENTIFY BIT POSITIONS
Most significant bit; Least significant bit; Least-significant bit; Most significant byte; Least significant byte; Significant bit; Bit significance; High-order bit; LSB0; MSB0; Least significant bits; Most significant bits; Bit position; Least Significant Bit; Most Significant Bit; Lsbit; Msbit; Most-significant bit; LSB 0; LSB 1; MSB 0; MSB 1; Lowest significant bit first; Most significant bit first; LSB1; MSB1; LSB-0; LSB-1; MSB-0; MSB-1; Bit naming; Bit order; Bit ordering; High bit; Low bit; Lowest bit; Highest bit; Least-significant bit first; Least significant bit first; Most-significant bit first
<data> (LSB) Bit zero, the bit of a binary number giving the number of ones, the last or rightmost bit when the number is written in the usual way. (1995-07-13)
Brig of Dread         
BRIDGE TO PURGATORY OR THE AFTERLIFE
Brig of dread
Brig of Dread or Bridge of Dread is a bridge to Purgatory that a dead soul had to cross. Evil souls fall from the bridge into hell.
Most Significant Bit         
  • A diagram showing how manipulating the least significant bits of a color can have a very subtle and generally unnoticeable affect on the color. In this diagram, green is represented by its [[RGB]] value, both in decimal and in binary. The red box surrounding the last two bits illustrates the least significant bits changed in the binary representation.
CONVENTION TO IDENTIFY BIT POSITIONS
Most significant bit; Least significant bit; Least-significant bit; Most significant byte; Least significant byte; Significant bit; Bit significance; High-order bit; LSB0; MSB0; Least significant bits; Most significant bits; Bit position; Least Significant Bit; Most Significant Bit; Lsbit; Msbit; Most-significant bit; LSB 0; LSB 1; MSB 0; MSB 1; Lowest significant bit first; Most significant bit first; LSB1; MSB1; LSB-0; LSB-1; MSB-0; MSB-1; Bit naming; Bit order; Bit ordering; High bit; Low bit; Lowest bit; Highest bit; Least-significant bit first; Least significant bit first; Most-significant bit first
(MSB) Bit n-1 in an n bit binary number, the bit with the greatest weight (2^(n-1)). The first or leftmost bit when the number is written in the usual way. (1995-07-13)

Википедия

Critical illness insurance

Critical illness insurance, otherwise known as critical illness cover or a dread disease policy, is an insurance product in which the insurer is contracted to typically make a lump sum cash payment if the policyholder is diagnosed with one of the specific illnesses on a predetermined list as part of an insurance policy.

The policy may also be structured to pay out regular income and the payout may also be on the policyholder undergoing a surgical procedure, for example, having a heart bypass operation.

The policy may require the policyholder to survive a minimum number of days (the survival period) from when the illness was first diagnosed. The survival period used varies from company to company, however, 14 days is the most typical survival period used. In the Australian market, survival periods are set between 8 – 14 days.

The contract terms contain specific rules that define when a diagnosis of a critical illness is considered valid. It may state that the diagnosis need be made by a physician who specialises in that illness or condition, or it may name specific tests, e.g. EKG changes of a myocardial infarction, that confirm the diagnosis.

In some markets, however, the definition of a claim for many of the diseases and conditions have become standardised, thus all insurers would use the same claims definition. The standardisation of the claims definitions may serve many purposes including increased clarity of cover for policyholders and greater comparability of policies from different life offices. For example, in the UK the Association of British Insurers (ABI) has issued a Statement of Best Practise which includes a number of standard definitions for common critical illnesses.

There are alternative forms of critical illness insurance to the lump sum cash payment model. These critical illness insurance policies directly pay health providers for the treatment costs of critical and life-threatening illnesses covered by the policyholder’s insurance policy, including the fee of specialists and procedures at a select group of high-ranking hospitals up to a certain amount per episode of treatment as set out in the policy.