the-french-artist/wikipedia_20220301.simple_sentence_embeddings huggingface dataset:
Instruction pipelining 
 An instruction pipeline is said to be fully pipelined if it can accept a new instruction every clock cycle.
Instruction pipelining 
 Pipelining doesn't reduce the time it takes to complete an instruction; instead it increases the number of instructions that can be processed simultaneously ("at once") and reduces the delay between completed instructions (called 'throughput').The more pipeline stages a processor has, the more instructions it can process "at once" and the less of a delay there is between completed instructions.
Instruction pipelining 
 Every predominant general purpose microprocessor manufactured today uses at least 2 stages of pipeline up to 30 or 40 stages.
Instruction pipelining 
 If pipelining is used, the CPU Arithmetic logic unit can be designed faster, but will be more complex.
Instruction pipelining 
 Pipelining in theory increases performance over an un-pipelined core by a factor of the number of stages (assuming the clock frequency also increases by the same factor) and the code is ideal for pipeline execution.
Instruction pipelining 
 Pipelined CPUs generally work at a higher clock frequency than the RAM clock frequency, (as of 2008 technologies, RAMs work at a low frequencies compared to CPUs frequencies) increasing computers overall performance.
Instruction pipelining 
 Pipelining has many disadvantages though there are a lot of techniques used by CPUs and compilers designers to overcome most of them; the following is a list of common drawbacks:
Instruction pipelining 
 The design of a non-pipelined processor is simpler and cheaper to manufacture, non-pipelined processor executes only a single instruction at a time.
Instruction pipelining 
 This prevents branch delays (in Pipelining, every branch is delayed) as well as problems when serial instructions being executed concurrently.
Instruction pipelining 
 In pipelined processor, insertion of flip flops between modules increases the instruction latency compared to a non-pipelining processor.
Instruction pipelining 
 The performance of a pipelined processor is much harder to predict and may vary widely for different programs.
Instruction pipelining 
 Many designs include pipelines as long as 7, 10, 20, 31 and even more stages; a disadvantage of a long pipeline is when a program branches, the entire pipeline must be flushed (cleared).
Instruction pipelining 
 The higher throughput of pipelines falls short when the executed code contains many branches: the processor cannot know in advance where to read the next instruction, and must wait for the branch instruction to finish, leaving the pipeline behind it empty.
Instruction pipelining 
 This disadvantage can be reduced by predicting whether the a conditional branch instruction will branch based on previous activity.
Instruction pipelining 
 After the branch is resolved, the next instruction has to travel all the way through the pipeline before its result becomes available and the processor resumes "working" again.
Instruction pipelining 
 In such extreme cases, the performance of a pipelined processor could be worse than non-pipelined processor.
Instruction pipelining 
 To operate at full performance, this pipeline will need to run 4 subsequent independent instructions while the first is completing.
Instruction pipelining 
 Any of those 4 instructions might depend on the output of the first instruction, causing the pipeline control logic to wait and insert a stall or wasted clock cycle into the pipeline until the dependency is resolved.
Instruction pipelining 
 Fortunately, techniques such as forwarding can significantly reduce the cases where stalling is required.
Instruction pipelining 
 Self-modifying programs may fail to execute properly on a pipelined architecture when the instructions being modified are near the instructions being executed.
Instruction pipelining 
 This can be caused by the instructions may already being in the Prefetch Input Queue, so the modification may not take effect for the upcoming execution of instructions.
Instruction pipelining 
 Hazards: When a programmer (or compiler) writes assembly code, they generally assume that each instruction is executed before the next instruction is being executed.
Instruction pipelining 
 When this assumption is not validated by pipelining it causes a program to behave incorrectly, the situation is known as a hazard.
Instruction pipelining 
 Various techniques for resolving hazards or working around such as forwarding and delaying (by inserting a stall or a wasted clock cycle) exist.
Instruction pipelining 
 The top gray box is the list of instructions waiting to be executed; the bottom gray box is the list of instructions that have been completed; and the middle white box is the pipeline.
Instruction pipelining 
 When a "hiccup" (interruption) in execution occurs, a "bubble" is created in the pipeline in which nothing useful happens.
Instruction pipelining 
 In cycle 2, the fetching of the purple instruction is delayed and the decoding stage in cycle 3 now contains a bubble.
Instruction pipelining 
 Everything behind the purple instruction is delayed as well but everything in front of the purple instruction continues with execution.
Instruction pipelining 
 Clearly, when compared to the execution above, the bubble yields a total execution time of 8 clock ticks instead of 7.
Instruction pipelining 
 Bubbles are like stalls (delays), in which nothing useful will happen for the fetch, decode, execute and writeback.
Instruction pipelining 
 A typical instruction to add two numbers might be ADD A, B, C, which adds the values found in memory locations A and B, and then puts the result in memory location C. In a pipelined processor the pipeline controller would break this into a series of tasks similar to:
Instruction pipelining 
 The values stored in memory locations labeled 'A' and 'B' are loaded (copied) into these registers, then added, and the result is stored in a memory location labeled 'C'.
Instruction pipelining 
 On a non-pipelined processor, only one stage can be working at a time so the entire instruction has to complete before the next instruction can begin.
Instruction pipelining 
 So when this instruction is at the execute stage, a second instruction will be at the decode stage and a 3rd instruction will be at the fetch stage.
Instruction pipelining 
 The LOAD instruction is in the Store stage, where its result (the number 40) will be stored in the register A.
Instruction pipelining 
 The STORE instruction is loaded, while the MOVE instruction is finishing off and the ADD is calculating.
Instruction pipelining 
 Note that, sometimes, an instruction will depend on the result of another one (like our MOVE example).
Instruction pipelining 
 When more than one instruction references a particular location for an operand, either reading it (as an input) or writing it (as an output), executing those instructions in an order different from the original program order can lead to the hazards situation (mentioned above).
Sami Hyypiä 
 He is a defender in both of his teams and is captain of Finland and used to be the captain of Liverpool.
Now That's What I Call Music! 29 (U.S. series) 
 Songs include "Thunder" by Boys Like Girls, "Whatever You Like" by T.I., "Got Money" by Lil Wayne, and "Dangerous" by Kardinal Offishall and Akon and 16 other tracks.
Thrissur 
 At the center of the city is a temple, the Vadakkumnathan temple which has Lord Siva as its presiding deity.
Thrissur 
 It is known as the cultural capital of Kerala because of the city's association with history, culture and archaeological remains.
Thrissur 
 Thrissur is also known as the “cultural capital of Kerala” as its well known for its cultural, spiritual and religious learnings throughout history.
Michigan Territory 
 Michigan Territory was a territory of the United States in the early 19th century, between June 30, 1805 and January 26, 1837, when it became Michigan, the 26th state of the Union.
Michigan Territory 
 The Treaty of Detroit was signed on November 17, 1807 between William Hurt and American Indians from the Odawa, Ojibwe, Potawatomi, and Wyandot people.
Michigan Territory 
 Those Indian tribes agreed to give the United States the area of Southeast Michigan and a part of Ohio near the Maumee River.
Michigan Territory 
 Under the Northwest Ordinance, a territory could apply to become a state once it had 60,000 people living in it.
Syro-Malabar Catholic Church 
 The Syro-Malabar Catholic Church is a Chaldean Rite, Major Archiepiscopal Church in the Roman Catholic Church.
Jurassic Coast 
 It is between Orcombe Point near Exmouth in East Devon and Old Harry Rocks near Swanage in East Dorset.
Jurassic Coast 
 This area was home to Mary, a collector who searched for fossils of the coastline around Lyme Regis and discovered several complete Ichthyosaur fossils.
Jurassic Coast 
 The Jurassic Coast is made of Triassic, Jurassic and Cretaceous cliffs, spanning 185 million years of geological history.
Jurassic Coast 
 The site contains a number of special features and shows different landforms, including the natural arch at Durdle Door, the cove and limestone folding at Lulworth Cove and an island, the Isle of Portland.
Jurassic Coast 
 It is a barrier beach which runs parallel to the coastline and connects to Portland Bill (see photo).
Instruction (computer science) 
 In computer science, an instruction is a single operation of a processor defined by the processor instruction set.
Instruction (computer science) 
 The size or length of an instruction varies widely, from as little as 4-bits in some microcontrollers to many as multiples of a bytes in some very long instruction word (VLIW) systems.
Instruction (computer science) 
 Most modern processors used in personal computers, mainframes, and supercomputers have instruction sizes between 16 and 64 bits.
Instruction (computer science) 
 In some architectures, especially Reduced instruction set computers, instructions are of fixed length, typically corresponding with that architecture's word size.
Instruction (computer science) 
 On traditional architectures, an instruction includes an opcode specifying the operation to be performed, such as "add contents of memory to register", and zero or more operand specifiers, which may specify registers, memory locations, or literal data.
Instruction (computer science) 
 The operand specifiers may have addressing modes determining their meaning or may be in fixed fields.
Instruction (computer science) 
 In VLIW architectures, which include many microcode architectures, multiple simultaneous operations and operands are specified in a single instruction.
Instruction (computer science) 
 Instructions are rarely specified using their machine code form; they may be specified by programmers using an assembly language or, more commonly, may be generated by compilers.
Instruction (computer science) 
 There is another more general definition for an "instruction" not only related to the processor instruction set, which is: An "instruction" may be any representation of an element of an executable computer program.
Superscalar 
 A superscalar CPU design makes a form of parallel computing called Instruction-level parallelism inside a single CPU, which allows more work to be done at the same clock rate.
Superscalar 
 This means the CPU executes more than one instruction during a clock cycle by running multiple instructions at the same time (called instruction dispatching) on duplicate functional units.
Superscalar 
 Each functional unit is just an execution resource inside the CPU core, like an arithmetic logic unit (ALU), floating point unit (FPU), a bit shifter, or a multiplier.
Superscalar 
 Most superscalar CPUs are also pipelined, but it's possible to have a non-pipelined superscalar CPU or a pipelined non-superscalar CPU.
Superscalar 
 Each instruction run by a scalar processor changes one or two data items at a time, but each instruction executed by a vector processor handles many data items at once.
Superscalar 
 There are multiple duplicate functional units inside each CPU core, so that multiple instructions handle independent data items at the same time.
Superscalar 
 In a superscalar CPU an instruction dispatcher reads instructions from memory and decides which ones can be run in parallel, dispatching them on the multiple duplicate functional units available inside the CPU.
Superscalar 
 Superscalar CPU design is concerned with improving accuracy of the instruction dispatcher, and allowing it to keep the multiple functional units busy at all times.
Superscalar 
 As of 2008, all general-purpose CPUs are superscalar, a typical superscalar CPU may include up to 4 ALUs, 2 FPUs, and two SIMD units.
Superscalar 
 Even given infinitely fast dependency checking inside a normal superscalar CPU, if the instruction list itself has many dependencies, this would also limit the possible performance improvement, so the amount of built-in parallelism in the code is another limitation.
Superscalar 
 No matter how fast the dispatcher speed, there is a practical limit on how many instructions can be simultaneously dispatched.
Superscalar 
 While hardware advances will allow for more functional units (e.g., ALUs) per CPU core, the problem of checking instruction dependencies increases to a limit that the achievable superscalar dispatching limit is somewhat small. --
Superscalar 
 Simultaneous multithreading: often abbreviated as SMT, is a technique for improving the overall speed of superscalar CPUs.
Superscalar 
 SMT allows multiple independent threads of execution to better use the resources available inside a modern superscalar processor.
Superscalar 
 Multi-core processors: superscalar processors differ from multi-core processors in that the multiple redundant functional units are not entire processors.
Superscalar 
 A single superscalar processor is composed of advanced functional units such as the ALU, integer multiplier, integer shifter, floating point unit (FPU), etc.
Superscalar 
 There may be multiple versions of each functional unit to enable execution of many instructions in parallel.
Superscalar 
 This differs from a Multi-core processors that concurrently processes instructions from multiple threads, one thread per core.
Superscalar 
 Pipelined processors: superscalar processors also differs from a pipelined CPU, where the multiple instructions can concurrently be in various stages of execution.
Superscalar 
 The various alternative techniques are not mutually exclusive—they can be (and frequently are) combined in a single processor, so it is possible to design a multicore CPU is where each core is an independent processor with multiple parallel superscalar pipelines.
Superscalar 
 Sorin Cotofana, Stamatis Vassiliadis, "On the Design Complexity of the Issue Logic of Superscalar Machines", EUROMICRO 1998: 10277-10284
Superscalar 
 Performance Enhancements in the Superscalar i960MM Embedded Microprocessor," ACM Proceedings of the 1991 Conference on Computer Architecture (Compcon), 1991, pp.
Abercrombie 
 abercrombie kids, (marketed simply as "abercrombie"), a children's subsidiary of Abercrombie & Fitch
Abercrombie 
 Abercrombie (horse) (1975–2000), a bay harness racing horse, won the 1978 E. Roland Harriman Award for harness horse of the year
Abercrombie 
 Abercrombie class monitor, a class of monitors that served in the Royal Navy during the First World War
SA80 
 SA80 (Small Arms for the 80s) is the name of a weapons family used by the British Army and Royal Marines.
SA80 
 All are of bullpup design: this means the magazine is behind the trigger so the weapon is shorter yet still has a long barrel.
SA80 
 The series includes an assault rifle known as the L85 and a Light Support Weapon (LSW) designated the L86 as well as a carbine variant for helicopter crews and a bolt action army cadet variant.
SA80 
 The LSW variant is far more accurate than its predecessor, and is used in army FSGs (Fire Support Groups).
SA80 
 They are amazingly accurate for their size (Army marksmanship tests were redesigned after the SA80 introduction because it was so accurate).
SA80 
 The SA80 also has a cadet force variant (L98 A2 Cadet GP) that is the same size, and is used throughout the ACF.
Geoff Bunn 
 He has been in galleries such as the Tate but is better known for placing his work in the ordinary environment rather than 'traditional' art galleries.
Geoff Bunn 
 This series of paintings - which Bunn entitles 'Interior Landscapes' - led to Bunn being awarded the Cartazini Prize in 2007.
Geoff Bunn 
 Bunn has written a number of books, including the best-selling transgender romance Blonde Boy, Red Lipstick.
Sauerbraten 
 It refers to the way the dish is prepared: the meat is left in a kind of sour sauce (based on vinegar) to marinate
The Economist 
 It was founded in 1843 by Scotsman James Wilson with assistance from the Anti-Corn Law League as a voice against England’s Corn Laws, regulations governing the import and export of grain.
The Economist 
 Wilson’s son-in-law Walter Bagehot, who served as editor of The Economist from 1861 to 1877, expanded the publication’s coverage into politics and strengthened its focus on U.S. affairs.
The Economist 
 His editorship was of profound importance to the newspaper, and he was probably the person to whom it owes most thanks for its survival and continued independence.
The Economist 
 It targets highly educated readers, as well as famous people such as Bill Gates, Ronald Reagan, Margaret Thatcher, and Ted Turner.
Our Lady of Guadalupe 
 Our Lady of Guadalupe (Spanish: Nuestra Señora de Guadalupe) is a name for the Virgin Mary who is said to have appeared at Tepeyac Hills in Guadalupe, a town near Mexico City.
Our Lady of Guadalupe 
 Our Lady of Guadalupe is one of the most popular cultural and religious icons in the Hispanic world.
Our Lady of Guadalupe 
 The feast of Our Lady of Guadalupe is celebrated each year by the Catholic Church on December 12, the anniversary of her appearance.
Poison (band) 
 One of their most popular hits was "Every Rose Has Its Thorn" which was the Hot 100 number-one single of December 24, 1988 and lasted until January 7, 1989.
Yao Ming 
 Yao was born at Shanghai Sixth People's Hospital in Shanghai, He is only child by Yao Tzi Yuan and Fong Fengdi , There are professional basketball players by their family,
Yao Ming 
 He started with the Shanghai Sharks as a teenager and played on their senior team for five years in the Chinese Basketball Association (CBA).
Yao Ming 
 However, the Rockets have not advanced past the first round of the playoffs since he joined the team, and he has also had injuries in each of the past three seasons.
Yao Ming 
 On July 20, 2011, Yao announced that he was retiring from basketball after many foot and ankle injuries.
Yao Ming 
 His father, Yao Zhiyuan, is 2.08 m or 6 ft 10 in tall; his mother, Fengdi Fang, is 1.88 m or 6 ft 2 in tall.
Yao Ming 
 He has sponsorships with several major companies, and he has been the richest celebrity in China for six straight years, earning US$51 million (CN¥357 million) in 2008.
Yao Ming 
 His rookie year in the NBA was the subject of a documentary film, The Year of the Yao, and he recently wrote an autobiography titled Yao: A Life in Two Worlds.
Ray Emery 
 Raymond "Ray" Emery (September 28, 1982 – July 15, 2018) was a Canadian professional ice hockey player.
Ray Emery 
 Emery played for the Ottawa Senators, Anaheim Ducks and Chicago Blackhawks of the National Hockey League (NHL).
Ray Emery 
 Under one month later, Emery signed a one-year, $2M contract with Atlant Mytishchi of the Russian KHL.
Ray Emery 
 After his time in Russia, it was announced on June 10, 2009 that the Philadelphia Flyers had signed him to a one-year deal for $1.5 million.
Ray Emery 
 In March 2010, Flyers GM Paul Holmgren announced that Emery would miss the remainder of the season because of avascular necrosis and that a bone graft would be done to alleviate his hip issues.
Ray Emery 
 Emery began workout and rehabilitation process and later signed a one-year, two-way contract with the Anaheim Ducks on February 7, 2011.
Ray Emery 
 During his time with the Ducks, he tied for fourth in the league after he posted a 7–2–0 record with a 2.28 goals-against average (GAA) and a .926 save percentage (SV%) in 10 regular season games going into the playoffs.
Ray Emery 
 He attended the Chicago Blackhawks training camp on a tryout basis and was later signed by the Blackhawks to a 1-year, $600,000 deal.
Ray Emery 
 Emery has been known for getting into several altercations while playing ice hockey, a rarity for an ice-hockey goaltender.
Ray Emery 
 Emery once fought two Buffalo Sabres players, Martin Biron and Andrew Peters in a line brawl during the 2006-07 NHL season.
Ray Emery 
 On June 24, 2013, He won the Stanley Cup with the Blackhawks after they defeated the Boston Bruins 4 games to 2 in the 2013 Stanley Cup Finals.
Ray Emery 
 On July 15, 2018, Emery accidentally drowned while diving at a yacht club in Hamilton, Ontario, aged 35.
Human height 
 Factors that influence human height are genetics, what people eat, the human body's natural chemicals, and being sick or healthy.
Human height 
 Men from Bosnia and Herzegovina, the Netherlands, Croatia, Serbia and Montenegro have the tallest average height.
Execution unit 
 In computer engineering, an execution unit is a part of a CPU (not to be confused with the CPUs main control unit) that performs specific operations or calculations.
Execution unit 
 It may have its own internal control sequence unit, some registers, and other internal units such as a sub-ALU or FPU, or some smaller, more specific components.
Execution unit 
 Now modern CPUs have multiple parallel execution units, referred to as scalar or superscalar design.
Execution unit 
 The simplest arrangement is to use one, the bus manager, to manage the memory interface, and the others to perform calculations.
Pre-1600 Atlantic hurricane seasons 
 The pre-1600 Atlantic hurricane seasons talks about all known Atlantic tropical cyclones before to 1600.
Pre-1600 Atlantic hurricane seasons 
 While info for every storm that happened is not available, some parts of the coastline had enough people to give info of hurricane happenings.
Pre-1600 Atlantic hurricane seasons 
 Observation info for years before 1492 is completely unavailable because record keeping was non-existent in the pre-Columbian era, and any records that may have once existed have long since been lost.
Pre-1600 Atlantic hurricane seasons 
 Even info from the early years of the Columbian era is suspect and incomplete because the difference between a hurricane and an extratropical system was not drawn by Renaissance scientists and sailors and because European exploration and colonization of the regions affected by hurricanes did not begin in earnest until the mid-16th century.
Pre-1600 Atlantic hurricane seasons 
 However, paleotempestological research allows reconstruction of pre-historic hurricane activity trends on timescales of centuries to millennia.
Pre-1600 Atlantic hurricane seasons 
 A theory has been postulated that an anti-phase pattern exists between the Gulf of Mexico coast and the Atlantic coast.
Pre-1600 Atlantic hurricane seasons 
 During the quiescent periods, a more northeasterly position of the Azores High would result in more hurricanes being steered towards the Atlantic coast.
Pre-1600 Atlantic hurricane seasons 
 During the hyperactive period, more hurricanes were steered towards the Gulf coast as the Azores High—controlled by the North Atlantic Oscillation—was shifted to a more southwesterly position near the Caribbean.
Pre-1600 Atlantic hurricane seasons 
 In fact, few major hurricanes struck the Gulf coast during 3000–1400 BC and again during the most recent millennium; these quiescent intervals were separated by a hyperactive period during 1400 BC and 1000 AD, when the Gulf coast was struck frequently by catastrophic hurricanes and their landfall probabilities increased by 3–5 times.
Pre-1600 Atlantic hurricane seasons 
 On the Atlantic coast, chance of landfalling hurricanes has doubled in the recent millennium compared to the one and a half millennia before.