myth$51466$ - traduction vers grec
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myth$51466$ - traduction vers grec

THE MISCONCEPTION OF ONLY USING CLOCK RATE TO COMPARE THE PERFORMANCE OF DIFFERENT MICROPROCESSORS
Gigahertz myth; Megahertz myth campaign; Hertz Myth; Megahertz Myth; MHz myth; GHz myth

myth      
n. μύθος
holy grail         
  • Arthur Hughes]] (1870)
  • alt=
  • alt=
  • ''Die Gralsburg'' (''The Grail Castle'') by [[Hans Thoma]] (1899)
  • Grail diary of [[Henry Jones, Sr.]] from the 1989 film ''[[Indiana Jones and the Last Crusade]]'' at the [[Hollywood Museum]]
  • The Grail in 1933 German stamp
  • The Holy Grail depicted on a stained glass window at [[Quimper Cathedral]]
CUP, DISH OR STONE WITH MIRACULOUS POWERS, IMPORTANT MOTIF IN ARTHURIAN LITERATURE
The Quest of the Holy Grail; Sangreal; Holy Graal; Quest for the Holy Grail; Holy grail; The Holy Grail; Grail legend; Grail Quest; Grail myth; Grail; Queste du Graal; Sangraal; Holy Grail Quest; Sangrael; The Holy Glair; San Greal; Sangrail; Grail mythos; Grail Myth; The Grail
n. άγιο ποτήριο
sun god         
  • Mosaic in the [[Beth Alpha]] synagogue, with the Sun represented in the center, surrounded by the twelve zodiac constellations and with the four seasons associated inaccurately with the constellations
  • St. Peter's in the Vatican]], which many interpret as representing Christ
  • halo]] of Jesus, seen in many paintings, has similarities to a [[parhelion]].
  • The warrior goddess [[Sekhmet]], shown with her sun disk and cobra crown.
  • The [[Nebra Sky Disc]], c. 1800 BC
  • barque]]
  • The Hindu solar deity Surya being driven across the sky in his chariot
  • The [[Trundholm sun chariot]], 1400 BC
  • 225x225px
  • Taiyang Shen, the Chinese solar deity
  • dragon]], in [[Hangzhou]]
  • birds]] fly in the same counterclockwise direction, [[Shang dynasty]]
SKY DEITY WHO REPRESENTS THE SUN
Sun Mythology; Sun mythology; Sun god; Solar Deity; Solar god; Sun-god; Sun goddess; God of the sun; Goddess of the sun; Solar deities; Sun Goddess; Sun-worship; Sun God; Sun Worship; Sun deity; Solar goddess; Sun worship; Sun-Worship; Solar myth; Sun gods in mythology; Solar Myth; Sun chariot; Solar chariot; Sun Chariot; Heliolatry; Sun worshipper; Solar theory; Sun cults; Chariot of the Sun; Deities of the sun; Solar Barge; Solar worship; Sun Worshipper; Sun religion; Sungod; Sun myth; Sun cult; Sun-worshipper; Solism; Sun Gods; Solar representation; Solar goddesses; Sun spirit; Hindu solar deities; Sun deities
θεός ήλιος

Définition

Diluvian
·adj Of or pertaining to a deluge, ·esp. to the Noachian deluge; diluvial; as, of diluvian origin.

Wikipédia

Megahertz myth

The megahertz myth, or in more recent cases the gigahertz myth, refers to the misconception of only using clock rate (for example measured in megahertz or gigahertz) to compare the performance of different microprocessors. While clock rates are a valid way of comparing the performance of different speeds of the same model and type of processor, other factors such as an amount of execution units, pipeline depth, cache hierarchy, branch prediction, and instruction sets can greatly affect the performance when considering different processors. For example, one processor may take two clock cycles to add two numbers and another clock cycle to multiply by a third number, whereas another processor may do the same calculation in two clock cycles. Comparisons between different types of processors are difficult because performance varies depending on the type of task. A benchmark is a more thorough way of measuring and comparing computer performance.

The myth started around 1984 when comparing the Apple II with the IBM PC. The argument was that the IBM computer was five times faster than the Apple II, as its Intel 8088 processor had a clock speed roughly 4.7 times the clock speed of the MOS Technology 6502 used in the latter. However, what really matters is not how finely divided a machine's instructions are, but how long it takes to complete a given task. Consider the LDA # (Load Accumulator Immediate) instruction. On a 6502 that instruction requires two clock cycles, or 2 μs at 1 MHz. Although the 4.77 MHz 8088's clock cycles are shorter, the LDA # needs at least 4 of them, so it takes 4 / 4.77 MHz = 0.84 μs at least. So, at best, that instruction runs only a little more than 2 times as fast on the original IBM PC than on the Apple II.