Kompyuterni tashkil etilishi kursining mustaqil ish mavzulari
Mustaqil ish mavzulari 1-jadvalda keltirilgan ro’yxat bo’yicha mos mavzuni
tanlashadi. Mustaqil ish mavzulariga tegishli ma’lumotlarni tavfsiya qilingan
internet materilallardan (electron kitoblar) qidirishingiz mumkin.
Mustaqil ishni rasmiylashtirish uchun varoqlar miqdori kamida 5 bet,
matn 14 shriftda va 1 oraliqda bo’lishi lozim. Mustaqil ishning mavzusiga doir
keltirilgan ma’lumotlar aniq va tushunarli bo’lishi lozim, bu orqali fandan ajratilgan
balning maksimal foizini olishingizga imkon beradi. Mustaqil ishga namuna shu
faylning 3-betida keltirilgan!
1-jadvalda
№
Talabalar F.I.O.
Mustaqil ish mavzulari
1.
Kompyuterning tuzilishi va funktsiyasi
(The structure and functions of the computer.)
2.
Kompyuterlarning qisqacha tarixi
(A Brief History of Computers)
3.
Intel x86 arxitekturasining rivojlanishi
(The Evolution of the Intel x86 Architecture)
4.
O’rnatilgan tizimlar (Embedded Systems)
5.
ARM arxitekturasi. (ARM Architecture.)
6.
Kompyuter komponentlari (Computer Components)
7.
Kompyuter funktsiyasi (Computer Function)
8.
Kompyuter komponentlarining o’zaro aloqa structurasi
(Interconnection Structures)
9.
Shinalardagi o’zaro aloqa (Bus Interconnection)
10.
Kompyuter komponentalarining nuqta-nuqta aloqasi
(Point-to-Point Interconnect)
11.
Kompyuterning xotira tizimi (Computer Memory System)
12.
Kesh xotira prinsiplari (Cache Memory Principles)
13.
Kesh xotira loyihalash elementlari (Elements of Cache
Design)
14.
Pentium 4 da kesh xotirani tashkil etish
(Pentium 4 Cache Organization)
15.
Arifmetik va mantiqiy qurilma
(The Arithmetic and Logic Unit)
16.
Bul algebrasi (Boolean Algebra)
17.
Mantiqiy elementlar (Logic Gates)
18.
Kombinatsion sxemalar (Combinational Circuits)
19.
Dasturlanuvchi mantiqiy qurilmalar
(Programmable Logic Devices)
20.
Hisoblash mashinasi yo’riqnoma xususiyatlari
(Machine Instruction Characteristics)
21.
Operantlar turlari (Types of Operands)
22.
Intel x86 va ARM ma’lumot turlari
(Intel x86 and ARM Data Types)
23.
Operatsiya turlari (Types of Operations)
24.
Intel x86 va ARM operatsiya turlari
(Intel x86 and ARM Operation Types)
25.
Manzillash turlari (Addressing Modes)
26.
x86 va ARM da manzillash turlari
(x86 and ARM Addressing Modes)
27.
Buyruqlar formati (Instruction Formats)
28.
x86 va ARM buyruqlar formati
(x86 and ARM Instruction Formats)
29.
Protsessorni tashkil etish (Processor Organization)
30.
Registerlarni tashkil etish (Register Organization)
31.
Buyruq sikli (Instruction Cycle)
32.
Buyruqlar konveyri (Instruction Pipelining)
33.
x86 prosessorlar oilasi (The x86 Processor Family)
34.
ARM prosessori (The ARM Processor)
35.
Ko’p protsessorli tashkil etish
(Multiple Processor Organizations)
36.
Simmetrik multiprosessorlar (Symmetric Multiprocessors)
37.
Kesh muvofiqligi va MESI protokoli
(Cache Coherence and the MESI Protocol)
38.
Ko’poqimlilik va Chip multiprosessorlar
(Multithreading and Chip Multiprocessors)
39.
Klaster tizimlari (Clusters system)
40.
Xotiraga bir xil bo’lmagan ruhsatlilik
(Nonuniform Memory Access)
41.
Bulutli hisoblash (Cloud Computing)
42.
Apparat qism unumdorligi muammolari
(Hardware Performance Issues)
43.
Dasturiy qism unumdorligi muammolari
(Software Performance Issues)
44.
Ko’pyadroli hisoblashni tashkil etish (Multicore Organization)
45.
Getrogen ko’pyadroli hisoblashni tashkil etish
(Heterogeneous Multicore Organization)
46.
Intel Core i7 oilasi (Intel Core i7 family)
47.
ARM Cortex-A15 MPCore xususiyatlari
(Parametrs of ARM Cortex-A15 MPCore)
48.
Mikro operatsiyalar (Micro-Operations)
49.
Protsessorni boshqarish (Control of the Processor)
50.
Kesh-xotira samaradorligini o’lchash va uni takomillashtirish
(Measuring and Improving Cache Performance)
51.
Ishonchli xotira iyerarxiyasi (Dependable Memory Hierarchy)
52.
Vertual mashina (Virtual Machines)
53.
Vertual xotira tuzulishi (Virtual Memory)
54.
Kesh-xotirani
boshqarishda
Finit-State
mashinasidan
foydalanish.
(Using a Finite-State Machine to Control a Simple Cache.)
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