x86-based computer - translation to Αγγλικά
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x86-based computer - translation to Αγγλικά

TEST GIVEN USING A COMPUTER
Online testing; Computer-based assessment; Online test; Online assessment; Computer Based Test; Computer-based testing; Computer-Based Assessment; Computer based test; Electronic marking; E-marking; E-assessment; Online exam

x86-based computer      

общая лексика

компьютер с процессором x86

любой компьютер на базе процессора 8086, 80286, 80386, 80486 или Pentium. Так как номера не попадают под действие авторского права, корпорация Intel в целях борьбы с конкурентами стала давать своим процессорам имена

x86         
  • [[Am386]], released by AMD in 1991
  • Intel Core 2 Duo, an example of an x86-compatible, 64-bit multicore processor
  • Alpha]], and others), and 32-bit x86 (green on the diagram), even though Intel initially tried unsuccessfully to replace x86 with a new incompatible 64-bit architecture in the [[Itanium]] processor. The main non-x86 architecture which is still used, as of 2014, in supercomputing clusters is the [[Power ISA]] used by [[IBM Power microprocessors]] (blue with diamond tiling in the diagram), with SPARC as a distant second.
  • AMD Athlon (early version), a technically different but fully compatible x86 implementation
  • Registers available in the x86-64 instruction set
TYPE OF INSTRUCTION SET ARCHITECTURE
80x86; Intel 80x86; 8x86; 80786; X86-16; Intel 80786; Intel x86; IA 32; X-86; X86 pro; X86-based CPU; X86-based system; X86 based; X86 clone; X86 compatible; Intel-based CPU; Intel-based cpu; Intel 16; Intel compatible; Intel-compatible; Intel clone; X86 architecture; Accumulator eXtended; AL register; AH register; AX register; BX register; CX register; DX register; BH register; BL register; CL register; CH register; DH register; DL register; Base pointer; DS register; ES register; SS register; DI register; SI register; FS register; GS register; X86 registers; BP register; EAX register; EBX register; ECX register; EDX register; ESP register; EBP register; ESI register; EDI register; EIP register; RIP register; RFLAGS register; RAX register; RBX register; RCX register; RDX register; RSI register; RDI register; RBP register; RSP register; GDTR register; LDTR register; IDTR register; TR register; IP register; Source index; Destination index; IAPX 86 series; X86 microprocessor

Смотрите также

80x86

80x86         
  • [[Am386]], released by AMD in 1991
  • Intel Core 2 Duo, an example of an x86-compatible, 64-bit multicore processor
  • Alpha]], and others), and 32-bit x86 (green on the diagram), even though Intel initially tried unsuccessfully to replace x86 with a new incompatible 64-bit architecture in the [[Itanium]] processor. The main non-x86 architecture which is still used, as of 2014, in supercomputing clusters is the [[Power ISA]] used by [[IBM Power microprocessors]] (blue with diamond tiling in the diagram), with SPARC as a distant second.
  • AMD Athlon (early version), a technically different but fully compatible x86 implementation
  • Registers available in the x86-64 instruction set
TYPE OF INSTRUCTION SET ARCHITECTURE
80x86; Intel 80x86; 8x86; 80786; X86-16; Intel 80786; Intel x86; IA 32; X-86; X86 pro; X86-based CPU; X86-based system; X86 based; X86 clone; X86 compatible; Intel-based CPU; Intel-based cpu; Intel 16; Intel compatible; Intel-compatible; Intel clone; X86 architecture; Accumulator eXtended; AL register; AH register; AX register; BX register; CX register; DX register; BH register; BL register; CL register; CH register; DH register; DL register; Base pointer; DS register; ES register; SS register; DI register; SI register; FS register; GS register; X86 registers; BP register; EAX register; EBX register; ECX register; EDX register; ESP register; EBP register; ESI register; EDI register; EIP register; RIP register; RFLAGS register; RAX register; RBX register; RCX register; RDX register; RSI register; RDI register; RBP register; RSP register; GDTR register; LDTR register; IDTR register; TR register; IP register; Source index; Destination index; IAPX 86 series; X86 microprocessor

общая лексика

семейство x86, семейство 80x86

обобщённое обозначение процессоров фирмы Intel (x 1, ..., 5 и может отсутствовать для 8086). К ним относятся процессоры 086, 186, 286, 386, 486, Pentium, Pentium Pro, Pentium II

синоним

x86

Ορισμός

клавиатура
КЛАВИАТ'УРА, клавиатуры, ·муж. (·итал. claviatura) (спец.). Полный ряд клавишей в клавишных музыкальных инструментах (муз.).
| Совокупность клавишей в разного рода механизмах. Клавиатура пишущей машинки.

Βικιπαίδεια

Electronic assessment

Electronic assessment, also known as digital assessment, e-assessment, online assessment or computer-based assessment, is the use of information technology in assessment such as educational assessment, health assessment, psychiatric assessment, and psychological assessment. This covers a wide range of activities ranging from the use of a word processor for assignments to on-screen testing. Specific types of e-assessment include multiple choice, online/electronic submission, computerized adaptive testing such as the Frankfurt Adaptive Concentration Test, and computerized classification testing.

Different types of online assessments contain elements of one or more of the following components, depending on the assessment's purpose: formative, summative and diagnostic.: 80–82  Instant and detailed feedback may (or may not) be enabled.

In formative assessment, often defined as 'assessment for learning', digital tools are increasingly being adopted by schools, higher education institutions and professional associations to measure where students are in their skills or knowledge. This can make it easier to provide tailored feedback, interventions or action plans to improve learning and attainment. Gamification is one type of digital assessment tool that can engage students in a different way whilst gathering data that teachers can use to gain insight.

In summative assessment, which could be described as 'assessment of learning', exam boards and awarding organisations delivering high-stakes exams often find the journey from paper-based exam assessment to fully digital assessment a long one. Practical considerations such as having the necessary IT hardware to enable large numbers of student to sit an electronic examination at the same time, as well as the need to ensure a stringent level of security (for example, see: Academic dishonesty) are among the concerns that need to resolved to accomplish this transition.

E-marking is one way that many exam assessment and awarding bodies, such as Cambridge International Examinations, are utilizing innovations in technology to expedite the marking of examinations. In some cases, e-marking can be combined with electronic examinations, whilst in other cases students will still hand-write their exam responses on paper scripts which are then scanned and uploaded to an e-marking system for examiners to mark on-screen.

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