nyuuzyou/kompy huggingface dataset:
White Paper Abstract

Executive Summary 1
Executive Summary 1
Technology 2
How Windows 2000 Advanced Server Increases Availability 2
How Datacenter Server Increases Reliability and Availability 3
Services and Support Programs 3
People and Process 4
Seeing the Results 5
Executive Summary Conclusion 5
Introduction 7
Introduction 7
Building Reliability in Windows 2000 7
Building Reliability in Windows 2000 7
The Windows 2000 Development Process 7
Technology 8
Technology 8
Reliability and Availability Features in the Windows 2000 Server Family 8
Architectural Improvements 9
Windows File Protection 9
Kernel-Mode Write Protection 10
Reducing the Number of Reboot Conditions 11
Improved Tools for Third Parties 11
Service Pack Slipstreaming 11
Reducing recovery time 11
Recovery Console 12
Safe Mode Boot 12
Kill Process Tree 13
Recoverable File System 13
Automatic Restart 13
IIS Reliable Restart 13
Storage Management 14
Improved Diagnostic Tools 14
Kernel-Only Crash Dumps 15
Mini Dumps 15
Faster CHKDSK 15
MSINFO 16
Remote Terminal Services 16
Windows 2000 Advanced Server Availability Features 16
Windows 2000 Advanced Server Availability Features 16
Symmetric Multiprocessing (SMP) 16
Clustering 16
Network Load Balancing 17
Component Load Balancing 18
Windows 2000 Datacenter Server Reliability and Availability Improvements 19
Windows 2000 Datacenter Server Reliability and Availability Improvements 19
Maximizing Availability: 32 SMP and 4-Node Clustering 19
High Performance with WinSock Direct 20
Managing Critical Resources: The Process Control Tool 20
Services and Support Programs 21
Services and Support Programs 21
Windows Datacenter Program 22
OEM/Microsoft Jointly Staffed Support Queue 22
Hardware Compatibility Test and List 23
Ongoing Testing Requirements 24
Datacenter Planning and Operations 25
Windows Datacenter Program Servers 25
Software Maintenance 26
People and Processes 26
People and Processes 26
Microsoft Operations Framework: Roadmap for Reliability 26
Building on Standardized Best Practices 27
Enterprise Services Frameworks 27
Microsoft Operations Framework Principles 28
The MOF Process Model 29
Investing in Properly Trained or Certified personnel 31
Microsoft Readiness Framework 31
Microsoft Certification 31
Conclusion 32
Conclusion 32
Appendix A: Reduced Reboot Scenarios 32
Appendix A: Reduced Reboot Scenarios 32
File system maintenance 33
Hardware installation and maintenance 33
Networking and communications 33
Memory management 34
Software installation 34
Performance tuning 34
Appendix B: Tools for Third Parties 34
Appendix B: Tools for Third Parties 34
Kernel-Mode Code Development 34
Driver Signing 37
Developing and debugging user-mode code 38
Appendix C: Windows 2000 OS and Memory Protection 38
Appendix C: Windows 2000 OS and Memory Protection 38
Kernel Mode vs. User Mode 40
User Mode 40
Kernel Mode 40
Memory Model 41
For More Information 42
For More Information 42
Operating System

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Operating System
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bet | 1/3 | Sana | 03.10.2020 | Hajmi | 214,5 Kb. | | #11942 |
Operating System
Windows XP Performance
By Stuart Sechrest and Michael Fortin, Microsoft Corporation
Published: June 2001
Abstract
Microsoft® Windows® XP offers excellent overall performance—which includes dramatically faster boot and resume times and highly responsive applications.
This white paper addresses some of the key performance improvements in Windows XP, and highlights some of the issues you should keep in mind when evaluating a system configuration. Major topics covered include:
Memory and Performance
Performance Evaluation
Startup Performance
Runtime Performance
RAM Options
Evaluation Issues
This is a preliminary document and may be changed substantially prior to final commercial release of the software described herein. The information contained in this document represents the current view of Microsoft Corporation on the issues discussed as of the date of publication. Because Microsoft must respond to changing market conditions, it should not be interpreted to be a commitment on the part of Microsoft, and Microsoft cannot guarantee the accuracy of any information presented after the date of publication.
This white paper is for informational purposes only. MICROSOFT MAKES NO WARRANTIES, EXPRESS OR IMPLIED, IN THIS DOCUMENT.
Complying with all applicable copyright laws is the responsibility of the user. Without limiting the rights under copyright, no part of this document may be reproduced, stored in or introduced into a retrieval system, or transmitted in any form or by any means (electronic, mechanical, photocopying, recording, or otherwise), or for any purpose, without the express written permission of Microsoft Corporation.
Microsoft may have patents, patent applications, trademarks, copyrights, or other intellectual property rights covering subject matter in this document. Except as expressly provided in any written license agreement from Microsoft, the furnishing of this document does not give you any license to these patents, trademarks, copyrights, or other intellectual property.
© 2001 Microsoft Corporation. All rights reserved. Microsoft, Active Directory, FrontPage, Media Player, NetMeeting, Outlook, PowerPoint, Windows, and Windows NT are either registered trademarks or trademarks of Microsoft Corporation in the United States and/or other countries.
Other product and company names mentioned herein may be the trademarks of their respective owners.
Microsoft Corporation • One Microsoft Way • Redmond, WA 98052-6399 • USA
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2-Mavzu. Kompyuterlarni tashkil qilishning raqamli mantiqiy asoslari

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2-Mavzu. Kompyuterlarni tashkil qilishning raqamli mantiqiy asoslari
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bet | 1/8 | Sana | 04.07.2024 | Hajmi | 443,52 Kb. | | #266580 |
Bog'liq 9FraJzXDU7zJKsJRC7uLzkA9ebtUboImieTo5fQU Topic 13 . Of memory addresses , permanent memory and his types .
Great teacher Yusupov RA
https://drive.google.com/drive/folders/1wD6aPSg3XF1HA2oJ6G34G8tXvtvtv_Jo
13-Mavzu. Xotiraning adreslari, doimiy xotira va uning turlari.
Katta o’qituvchi Yusupov R.A.
https://drive.google.com/drive/folders/1wD6aPSg3XF1HA2oJ6G34G8tXvtvtv_Jo
Plan
Basic memory addresses .
Permanent memory devices .
Reja
Asosiy xotira adreslari.
Doimiy xotira qurilmalari.
Basic memory - computer applications and information save for designed component . Memory known a length has which was information protector from cells consists of will be .
Current computers memory 8-bit , that is a byte from cells consists of This is the memory _ bytes addresses through appeal is done .
Bytes to groups combined words ( rus in the language - slovo ) formed is done . 1, 2, 4 and 8 bytes , ie 8, 16, 32 and 64-bit or discharged word lengths has computers available .
In the report computer memory word lengths , processors internal registers lengths in expression and other cases discharge iborasi used .
Asosiy xotira – kompyuterning dasturlar va ma’lumotlarni saqlash uchun mo‘ljallangan komponentidir. Xotira ma’lum bir uzunlikka ega bo‘lgan axborotlarni saqlovchi yacheykalardan iborat bo‘ladi.
Hozirgi kompyuterlarning xotirasi 8-bitli, ya’ni bir baytli yacheykalardan iborat bo‘lib, xotiraga ana shu baytlarning adreslari orqali murojaat qilinadi.
Baytlarni guruhlarga birlashtirilib so‘zlar (rus tilida – слово) hosil qilinadi. 1, 2, 4 va 8 baytli, ya’ni 8, 16, 32 va 64-bitli yoki razryadli so‘z uzunliklariga ega kompyuterlar mavjud.
Ma’ruzada kompyuter xotirasining so‘z uzunliklarini, protsessorlar ichki registrlarining uzunliklarini ifodalashda va boshqa holatlarda razryad iborasi qo‘llanilgan.
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Base 
Frequency - 15-mavzu: Turli kompaniyalar tomonidan ishlab chiqilgan protsessorlarning turlari va imkoniyatlari....

Product Name
Status
Launch
Date
Total
Cores
Processor
Base
Frequency
Cache
Processor
N3350
3.
Intel protsessorlari
15.4-rasm.
Protsessor tasnifini umumiy ko’rinish
15.6-rasm.
Brend nomi
Brend.
Intel nomlash sxemasi protsessor brendidan
boshlanadi - protsessor
yaratilgan umumiy mahsulot qatori. Bugungi kunda Intel® protsessorlarining eng
keng tarqalgan nomlari Intel® Core™, Intel® Pentium® va Intel® Celeron®
bilan
boshlanadi. Intel® Pentium® va Intel® Celeron® protsessorlari narxni biladigan
iste'molchilar uchun yaratilgan iqtisodiy mahsulotlar qatoridir. Intel® Core™
protsessorlari tezroq ishlash va Intel® Pentium® va Intel® Celeron®
modellarida
mavjud bo'lmagan qo'shimcha funktsiyalarni olib keladi.
15.7-rasm.
Brend modifikatori
Brend modifikatori
Intel® Core™ protsessorlari
seriyasi model raqamining
qolgan qismlaridan oldin brend modifikatorini o'z ichiga oladi. Intel® Pentium® va
Intel®
Celeron®
protsessorlari
ushbu
nomlash
konventsiyasidan
foydalanmaydi. Bugungi kunda Intel® Core™ protsessorlari seriyasiga i3, i5, i7 va i9
brend modifikatorlari kiradi. Yuqori brend modifikatori raqamlari yuqori darajadagi
ishlash va ba'zi hollarda qo'shimcha funktsiyalarni (masalan, Intel® Hyper-Threading
Technology) taklif qiladi. Misol uchun, ma'lum bir protsessor oilasida i7 i5 dan, i3
dan oshib ketadi.
15.8-rasm.
Avlod ko’rsatgichi
Avlod ko'rsatkichi
Brend va brend modifikatoridan
keyin protsessorning
avlod ko'rsatkichi keladi. Intel® protsessor avlodlari barcha Intel® Core™ protsessor
brendlaridagi protsessor raqamida aniqlanadi. To'rt xonali protsessor raqamida
birinchi raqam odatda avlodni ifodalaydi. Masalan, 9800 raqamli protsessor 9-avlod
protsessor, 8800 bilan belgilangan protsessor esa 8-avlod texnologiyasidir.
10-avlod Intel® Core™ protsessorlari uchun Intel nomlash sxemasi biroz farq
qiladi Biroq, mahsulot raqamidagi birinchi ikki raqam 10 bo'ladi.
15.9-rasm.
SKU raqami
SKU raqami
Intel® protsessorlarining aksariyati uchun mahsulot raqamining
oxirgi uchta raqami SKU hisoblanadi. SKU'lar odatda
ushbu avlod va mahsulot
qatoridagi protsessorlar ishlab chiqilgan tartibda tayinlanadi. Aks holda bir xil
protsessor brendlari va avlodlari ichida yuqori SKU odatda ko'proq
xususiyatlarga
ega bo'ladi. Biroq, SKU raqamlari turli avlodlar yoki mahsulot liniyalari bo'yicha
taqqoslash uchun tavsiya etilmaydi.
15.10-rasm.
Mahsulot qatori suffiksi
Mahsulot qatori suffiksi
SKU qo'shimchasi protsessor imkoniyatlarining yana
bir asosiy ko'rsatkichidir. Ushbu qolgan farqlar harfga asoslangan mahsulot qatori
qo'shimchasi bilan ko'rsatilgan. Masalan, Intel® Core™ protsessorlari seriyasidagi U
quvvatni tejovchi noutbuklar uchun moʻljallangan protsessorni bildiradi. Shu bilan
birga, XE maksimal ishlash uchun mo'ljallangan ish stollari uchun "ekstremal nashr"
protsessorini bildiradi.
Intel® Core™ protsessorlari
Intel® Core™ protsessor raqamlari haqida
ko'proq ma'lumot olish uchun quyidagi mos avlodga qarang.
Adabiyotlar - Temperaturanig avtomobilning tortish tezlik xususiyatiga tasirining matematik modeli

27
Adabiyotlar:
Reza N. Jazer., Vehicle Dynamics. Theory and_Application Springer 1022 p. 2014y.
Giuseppe Allegra, Functional Safety for Advanced Driver-Assistance Systems, Politecnico Di Torino, 2018, -74 b.
Мартин майверк, Динамика автомобиля Германия 2015, -307с
Devid A. Corolla., Avtomotive Enginering Elsevier, Powertrain, chasiss system and vehicle body. 2009,-835p
Rajesh Rajamani, Vehicle Dynamics and Control, Springer 497p
Vehicle dynamics, Deportament of Applied Mechanics, Chalmers
of technology, 281p.
KulmukhamedovZh., KhikmatovR.,Saidumarov A., KulmukhamedovaY. [2021]. Training neural networks using rein-
forcement learning to reactive path planning. Journal ofApplied Engineering Science, 19(1) 68 - 76. DOI:10.5937/jaes0-27851;
MukhitdinovA., ZiyaevK., OmarovJ., IsmoilovaSh., [2021],Methodology of constructing driving cycles by the synthe-
sis,
CONMECHYDRO – 2021,
www.mathworks.com
www.x-engineer.com
OCHILOV ABDULAZIZ MADATOVICH – assistant, Toshkent davlat transport universiteti.
Billing At the end of the month, use [Billing][Broadcast Invoices]

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Billing At the end of the month, use [Billing][Broadcast Invoices]
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bet | 6/8 | Sana | 21.03.2017 | Hajmi | 271,67 Kb. | | #479 |
Bu sahifa navigatsiya:
- Ready
Billing At the end of the month, use [Billing][Broadcast Invoices] to create your invoices and affidavits. In the Billing module you first need to select the month to be billed, then click [Charge Logs] to be sure all logs are charged for the period being billed. NL cannot bill for an item on a log until that log is charged. Any invoices ready to be billed will show an Invoice# of Ready. You can review and correct any invoices that are incorrect before finalizing them. When you click [Final Invoices] all ready invoices will be finalized, printed, and moved to accounts receivable. Pre-Billing cycles are now available to generate invoice for customer prior to order completion.
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-jadval. O'tmish, joriy va kelajakdagi protsessor jarayonlarining o'tishlari

E'tibor bering, har bir gofretdagi barcha chiplar yaxshi bo'lmaydi,
ayniqsa
yangi ishlab chiqarish liniyasi boshlanganda. Berilgan chip yoki ishlab chiqarish
liniyasi uchun ishlab chiqarish jarayoni takomillashtirilganligi sababli, ko'proq
chiplar yaxshi bo'ladi. Gofretdagi yaxshi va yomon chiplarning nisbati
hosil deb
ataladi
. Yangi chip ishlab chiqarishni boshlaganida 50%
dan past rentabellik odatiy
holdir; ammo, ma'lum bir chipning ishlash muddati tugagach, rentabellik odatda 90%
oralig'ida bo'ladi. Ko'pgina chip ishlab chiqaruvchilari o'zlarining rentabellik
ko'rsatkichlarini himoya qiladilar va ular haqida juda sir tutadilar, chunki hosildorlik
muammolari haqidagi bilimlar raqobatchilarga ustunlik berishi mumkin. Past
rentabellik chipning narxida ham, mijozlarga yetkazib
berishning kechikishida ham
muammolarni keltirib chiqaradi. Agar kompaniya raqobatchilarning rentabelligini
oshirish bo'yicha aniq bilimga ega bo'lsa, u muhim nuqtada yuqori bozor ulushini
olish uchun narxlarni belgilashi yoki ishlab chiqarishni rejalashtirishi mumkin.
Gofret qurib bo'lingandan so'ng, maxsus moslama
gofretdagi chiplarning har
birini sinovdan o'tkazadi va keyinroq ajratilishi kerak bo'lgan yomonlarini
belgilaydi. Keyin chiplar gofretdan yuqori quvvatli lazer yoki olmosli arra yordamida
kesiladi.
Gofretlardan kesilganidan so'ng, individual o'limlar qayta sinovdan o'tkaziladi,
qadoqlanadi va yana sinovdan o'tkaziladi.
Qadoqlash jarayoni yopishtirish
deb ham
ataladi, chunki matritsa chip korpusiga joylashtiriladi, unda maxsus mashina qolip va
chipdagi pinlar orasidagi nozik oltin simlarni bog'laydi. Paket
chip qoplami uchun
idish bo'lib, uni atrof-muhitdan himoya qiladi.
Chipslar yopishtirilgandan va qadoqlangandan so'ng, to'g'ri funktsiyani va nominal
tezlikni aniqlash uchun yakuniy sinov o'tkaziladi. Xuddi shu partiyadagi turli chiplar
ko'pincha turli tezliklarda ishlaydi. Maxsus sinov moslamalari har bir chipni turli
bosim,
harorat va tezlikda boshqaradi, chip ishlamay qolgan nuqtani qidiradi. Shu
nuqtada, maksimal muvaffaqiyatli tezlik qayd etiladi va oxirgi chiplar xuddi shunday
tezlikda sinovdan o'tganlar bilan qutilarga ajratiladi. Misol uchun, Pentium 4 2.0A,
2.2, 2.26, 2.4 va 2.53GHz - barchasi bir xil qolip yordamida yaratilgan bir xil
chipdir. Ular ishlab chiqarish tsiklining oxirida tezlik bo'yicha saralangan.
Qizig'i shundaki, ishlab chiqaruvchi ko'proq tajribaga ega bo'lishi va ma'lum
bir chip yig'ish liniyasini takomillashtirishi bilan yuqori
tezlikdagi versiyalarning
rentabelligi sezilarli darajada oshadi. Shunday qilib, bitta gofretdan ishlab chiqarilgan
barcha chiplarning 75% dan ortig'i eng yuqori tezlikda ishlaydi va faqat 25% yoki
undan kam past tezlikda ishlaydi. Paradoks shundaki, Intel ko'pincha arzonroq, past
tezlikli chiplarni ko'proq sotadi, shuning uchun u tezroq chiplar qutisiga tushib, ularni
sekinroq chiplar deb belgilaydi va shu tarzda sotadi. Odamlar
pastroq baholangan
chiplarning ko'plari aslida belgilanganidan ancha yuqori tezlikda ishlayotganini
aniqlay boshladilar va overclock biznesi paydo bo'ldi.
Create Log Templates - Natural Log 9 Installation

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Natural Log 9 Installation
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bet | 4/8 | Sana | 21.03.2017 | Hajmi | 271,67 Kb. | | #479 |
Create Log Templates Click [Logs] [Daily Log Templates] to setup your initial Log templates. If you don't set up initial daily log templates (to tell NL where you want commercial breaks and avails to occur when NL creates your daily logs), your first log will be empty! You can edit the color coding in templates within the template by selecting Editor/Color Coding. See Log Templates
Enter Customers, Copy and Orders Click [Traffic] [Customer Browser] to view your customer list and to enter new Customers and Orders. Import your list of network spot schedules from Premier Radio Networks via Traffic/Network Spot Scheduler/Import. Copy can now be renamed, and copy can be multi-added to rotators. See Customer Entry and Order Entry
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-rasm - 15-mavzu: Turli kompaniyalar tomonidan ishlab chiqilgan protsessorlarning turlari va imkoniyatlari. Protsessorlar,...

15.12-rasm
Cyrix chipi
O'sha paytda ishqibozlar 25 MGts chastotada ishlaydigan Intel 486SX bilan
taqqoslanadigan ishlashga erishish uchun 33 MGts chastotada ishlaydigan 486DLC
dan foydalanishlari mumkinligini yaxshi ko'rardi. Ya'ni,
bu muammosiz emas edi,
chunki bu qo'shimcha keshni boshqarish liniyalari yoki bortdagi keshni yoqish yoki
o'chirish uchun protsessor registri boshqaruviga ega bo'lmagan ba'zi
eski anakartlar
uchun barqarorlik muammolariga olib kelishi mumkin.
Cyrix shuningdek, Cx486DRu2 deb nomlangan "to'g'ridan-to'g'ri almashtirish"
variantini ishlab chiqdi va keyinchalik 1994 yilda Cx486DRx2 deb nomlangan "soat
ikki barobar" versiyasini chiqardi, u kesh kogerentlik sxemasi protsessorning o'ziga
birlashtirilgan.
Biroq,
bu vaqtga kelib, Intel o'zining birinchi Pentium protsessorini chiqardi,
bu 486DX2 narxlarini Cyrix alternativasi jozibadorligini yo'qotgan darajaga tushirdi,
chunki Cyrix protsessorini yangilash uchun Cyrix protsessorini sotib olishdan ko'ra
486 anakartga yangilash arzonroq edi. eski 386 anakart. 1995 yilda "soat
uch marta
ko'paydi" 486DX4 kelganida, bu juda oz, juda kech edi.
Acer va Compaq kabi yirik kompyuter ishlab chiqaruvchilari Cyrix-ning 486
protsessorlariga ishonmadilar va buning o'rniga AMD-ning 486 protsessorlarini
tanladilar
Create Logs Click [Logs] [New]

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Create Logs Click [Logs] [New]
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bet | 5/8 | Sana | 21.03.2017 | Hajmi | 271,67 Kb. | | #479 |
Create Logs Click [Logs] [New] to create a new commercial log for a day. After it is created using your Log template for that day and the Orders you have entered, it will be displayed in the Log Editor for you to edit if needed. You can [Print] the log or do a [Log Conversion] in the Log Editor to create an Automation Log in the proper format to send to your automation system. Easily generate the next day’s log from an existing log by clicking the Next Log button. Logs are now color coded to display network avails, filled breaks, available breaks and break errors. Unfilled breaks display length of time needed to fill. See Commercial Logs
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End-of-Month Closing - Natural Log 9 Installation

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Natural Log 9 Installation
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bet | 8/8 | Sana | 21.03.2017 | Hajmi | 271,67 Kb. | | #479 |
End-of-Month Closing After all transactions for the month are complete and you have the reports you need, you can use [End-of-Month Closing] to close that month to prevent anyone from changing anything after-the-fact.
Data Backup Click [Data] [Backup] to backup your data often to multiple media and locations, daily if possible, so if your computer crashes or there is a natural disaster or fire, you will not have to manually reload all your data. Due to wide range of computer systems in use, the existence of malevolent computer viruses, and the fact that no hardware is completely fail-safe, the Natural Log developers make no warranty of any kind that your data won't be corrupted or lost. Do regular data backups to multiple media and locations! This is your only protection against data loss.
Activating the software after purchase
If you have purchased the software license, at any time you can click Register/Activate Natural Log on this Computer if registering on a server or on a single workstation. If you have the network license and have already installed and registered the software on the server, but are adding a machine, you can select ‘Connect as Workstation to Natural Log Server’.
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Accounts Receivable - Natural Log 9 Installation

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Natural Log 9 Installation
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bet | 7/8 | Sana | 21.03.2017 | Hajmi | 271,67 Kb. | | #479 |
Accounts Receivable You may enter payments and adjustments through the [Accounts Receivable] module form the main NL menu. You can also edit existing invoices and reissue corrected invoices. . After all transactions for the month are complete you can use [End-of-Month Closing] to close that month to prevent anyone from changing anything after-the-fact. Deposit slips can be printed in Quickbooks format via Accounts Receivable/Deposits. Final Invoices can be exported to Quickbooks via Billing/Export to Quickbooks. Select desired revenue types to export under Setup/Revenue Types.
Reports The NL report section allows you to print numerous reports such as invoiced sales, payments, aged AR balances useful for your accountant. These reports can be exported in delimited format for importation into any spreadsheet or database program. Duplex and color printing are supported. Reports can be exported to Excel and as XML.
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“axborot texnologiyalari”

MUHAMMAD AL-XORAZMIY NOMIDAGI TOSHKENT AXBOROT
TEXNOLOGIYALARI UNIVERSITETI NURAFSHON FILIALI
“AXBOROT
TEXNOLOGIYALARI”
KAFEDRASI
KOMPYUTER INJINIRINGI
FAKULTETI IKKINCHI BOSQICH BARCHA YO‘NALISH GURUHLARI
UCHUN
“ALGORITMLARNI LOYIHALASH”
FANI
AMALIYOT QISMI
UCHUN NAZORAT
3-DEDLAYN
TOPSHIRIQ MAVZULARI
Yuqorida keltirilgan 3 ta mavzu bo‘yicha
har bir mavzuga oid
bittadan
misol ishlab, yuklaysiz! Topshiriqni
bajarishda matematik
usuldan tashqari biror bir dasturlash tilidan
foydalanishingiz alohida
inobatga olinadi. (
har ikkala usulda ishlangan bo‘lsagina
)
!
Topshiriqni bajarishga qo‘yiladigan talablar.
1. Belgilangan vaqtda yuklashingiz talab qilinadi.
2. Vazifani saytga yuklashda siz tomondan yo‘l qo‘yilgan har
qanday e’tiborsizlik inobatga olinmaydi.
3. Vazifalarni saytga yuklashda o‘zingiz haqingizda to‘liq
ma’lumotni ko‘rsatishingiz shart. Ya’ni (OTM,
fakultet, yo‘nalishingiz
nomi hamda FIO va guruhingiz).
Fan o‘qituvchisi:
S. Karimov
Nazorat savollari - 15-mavzu: Turli kompaniyalar tomonidan ishlab chiqilgan protsessorlarning turlari va imkoniyatlari....

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15-mavzu: Turli kompaniyalar tomonidan ishlab chiqilgan protsessorlarning turlari va imkoniyatlari. Protsessorlar, Intel amd, Pentium protsessorlariBog'liq 15-mavzuNazorat savollari.
1.
Protsessor qanday ishlab chiqariladi?
2.
Celeron protsessorlari nima maqsadlarda ishlatiladi va unga misollar keltiring
3.
Intel protsessorlarini eng keng tarqalgan brendlarini ayting
4.
Brend modifikatori nimani ifodalaydi?
5.
SKU raqami nimani ifodalaydi?
6.
Mahsulot qatori suffiksi belgilari qaysilar va ularni tariflang
7.
Ultra Sparc III protsessorlar qaysi sohalarda ishlatiladi?
8.
Cyrix protsessori nima uchun qo‟llanilgan?
9.
Xeon protsessori qaysi sohalarda qo‟llaniladi?
10.
Xeon protsessorilarining nechta oilasi bor va farqlari qanday?
Mavzuga doir testlar.
1.
Protsessorlar asosan qaysi elementdan ishlab chiqariladi?
a)
Kremniy b) Temir c)Mis d)Oltin
2.
Celeron o'zining qaysi arxitekturasiga asoslangan?
a)
P6 b) P5 c)P7 d)Quad core
3.
Intel® Celeron® Processor N5100 uchun L3 kesh xotirasi qancha?
a)
4mb b) 3mb c)2mb d)1.5mb
4.
Intel® Celeron® Processor N4120 qanday basis chastota bilan ishlaydi?
a)
1.1 GHz b) 1.5 GHz c)2.1 GHz d)2.0 GHz
5.
Mahsulot qatori suffiksi da U yozuvi nima anglatadi
a)
quvvatni tejovchi noutbuklar uchun moʻljallangan protsessorni
b)
gaming noutbuklar uchun moʻljallangan protsessorni
c)
maximal ishlovchi noutbuklar uchun moʻljallangan protsessorni
d)
grafik noutbuklar uchun moʻljallangan protsessorni
6.
Mahsulot qatori suffiksi da T yozuvi nima anglatadi?
a)
Quvvat uchun optimallashtirilgan
b)
Mobil uchun optimallashtirilgan yuqori unumdorlik
c)
Diskret grafiklarni talab qiladi
d)
Mobile quvvati juda kam
7.
UltraSPARC IIIi protsessori qaysi kompaniya tomonidan ishlab chiqilgan?
a)
SolarisTM Operating Environment va Sun
b)
Intel c) Sun d) AMD
8.
Yuqori darajadagi harbiy va sanoat serverlari va ish stantsiyalarida foydalanish
uchun mo'ljallangan protsessorni ko‟rsating
a)
Intel Xeon B)
Cyrix C)UltraSPARC D)
Intel Core i9
9.
Xeon brendi kompaniya tomonidan qachon taqdim etilgan?
a)
1998 yil iyun B)1995 yil iyul C)1998 yil iyun D)1998 yil iyul
10.
Xozirda Xeon brendining nechta oilasi mavjud?
a)
4 b) 3 c)5 d)2
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Bosh sahifa
Aloqalar
Bosh sahifa
15-mavzu: Turli kompaniyalar tomonidan ishlab chiqilgan protsessorlarning turlari va imkoniyatlari. Protsessorlar, Intel amd, Pentium protsessorlari
|
va 11-avlod Intel® Core™ protsessorlari oilasi

Qo'llash mumkin bo'lganda, protsessor nomining oxirida protsessor qatorini
ifodalovchi alfa qo'shimchasi paydo bo'ladi. SKUdan keyingi Intel® protsessor
harflari qoʻshimcha bir yoki ikkita harfdan iborat boʻlishi mumkin.
Intel® Core™ protsessor qo'shimchalari. Protsessor qo'shimchasi nimani
anglatishini tushunish uchun quyidagi ro'yxatga qarang. Barcha
protsessor avlodlari
yoki oilalari barcha mahsulot qo'shimchalarini o'z ichiga olmaydi.
15.3-jadval
.
EEE 546: INFORMATION THEORY AND CODING

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EEE 546: INFORMATION THEORY AND CODING
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bet | 36/48 | Sana | 02.01.2024 | Hajmi | 327 Kb. | | #129611 |
Bog'liq BACHELOR OF SCIENCE ELECTRICAL ELECTRONICS ENGINEERINGEEE 546: INFORMATION THEORY AND CODING
Review of probability theory: Sample space, Conditional probability, probability distributions, probability distribution functions, stochastic processes, statistical averages. Random variable and random process-covariance, Ergodic process, Markov process Source Coding: Mathematical model for information sources, Average mutual Information, Entropy in discrete and continuous cases, definition and properties of entropy, Joint and conditional entropy. The problem of unique decipherable code, instantaneous code, Kraft McMillan inequality. Discrete and Analogue Coding: Hufmanns Coding Algorithm, Discrete stationery sources, The Lempel Ziv algorithm, Optimum Quantization Rate, distortion function for memoryless Gaussian source. Upper bound of scalar quantization, vector quantisation, Linear predictive coding. Channel Coding: Channel models, Binary symmetric channel, Discrete memoryless channel, Discrete input contentious output channel, Channel capacity, Shannon fundamental theorem, Shannon Hartley theorem and its implications. Achieving channel capacity with orthogonal signals, channel reliability functions. Block and Convolution Codes: Linear block codes, Hadamard code, Golay code, Cyclic code, encoders, BCH code. Error detection and correction capability, convolutional codes, convolutional encoder, Viterbi algorithm.
EEE 531: CRYPTOGRAPHY AND NETWORK SECURITY
Protocol layers and security protocols, intranets and extranets, security architectures. Cryptographic security protocols. Threats, attacks and vulnerabilities. Security services: Confidentiality, authencitation; integrity; Access control; and availability. Security mechanisms: encryption; data integrity mechanisms; digital signatures; keyed hashes; access control mechanisms. Principles of e-commerce. Distributed and embedded firewalls. Security zones.
EEE 557: NEURAL NETWORKS
Biology neural systems vs. convention serial computers. Pattern recognition theory and decision-making. Artificial neural networks: Perceptions, multi-layer perceptions and back propagation. Hopfied and Hamming networks, self-organizing techniques, Kohomnen networks. Adaptive system: Adaptive resonance theory, Boltzmann machines. Simulated annealing. Genetic algorithms. Hardware realizations. Neural network applications
Knowledge and skill required to provide assurance for information systems for managing business risks. Data Integrity. Security policy and user education. Concepts and methods for planning, designing, implementing,managing, and auditing security at all levels and platforms. Risk assessment associated with accidental and intentional breaches of security. Concurrent and continuous auditing of applications, auditing of system development, access control as a function of system design. Policy and technical issues. Cryptography.
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EEE 514: WEB DESIGN AND ELECTRONIC COMMERCE

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EEE 514: WEB DESIGN AND ELECTRONIC COMMERCE
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bet | 38/48 | Sana | 02.01.2024 | Hajmi | 327 Kb. | | #129611 |
Bog'liq BACHELOR OF SCIENCE ELECTRICAL ELECTRONICS ENGINEERING
Internet concepts, browsers, creating web pages & forms, adding client-side scripts & active elements, using dynamic HTML, database access, creating hyperlinks. E-commerce concepts, building sites, creating product catalogues, managing shopping carts. Using dynamic HTML, database, creating hyperlinks. Processing orders, checking out the purchase process, tracking shopper information, business to business commerce.
EEE 515: ANALOGUE FILTERS
Survey of electrical filter technology. Approximation theory, ideal response, least squares method. Butterworth-Chebychev inverse Chebychev, elliptic phase response. Thompson and Gaussian approximation. Passive filters. Outline of image parameter synthesis, exact one port and two port synthesis of LC and RC network, ladder development with terminations, duality, transformations, pre-distortion, denormalisation. Active filters: controlled sources operational amplifier and converter.
EEE 516: STATE SPACE DESIGN AND DIGITAL CONTROL
State Space Design: review of the state space system description. Controller design. Selection of pole locations for good design. Estimator design. Compensator design and introduction of the reference input. Integral control design for systems with pure time delay. A design case study to illustrate state space design using suitable software. Digital control: Sampled data systems and the z-transform, inverse z-transform. Difference equations and pulse transfer functions. Mapping between the s-plane and the z-plane. Stability analysis. Impulse sampling and Data holds (Zero-Order Hold, First- Order-Hold, etc). Reconstruction of signals from sampled signals - Shannons theorem, properties of the ideal low-pass filter, frequency response of the Zero-Order-Hold. Block-diagram analysis - open-loop and closed-loop systems. Controller design: direct and indirect design methods. Implementation of discrete-time controllers using microprocessors, digital signal processors and microcontrollers. A design case study to illustrate discrete-time controller design and implementation. State-space analysis for discrete-time systems.
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EEE 415: ELECTRODYNAMICS & INSULATING MATERIALS

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EEE 415: ELECTRODYNAMICS & INSULATING MATERIALS
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bet | 23/48 | Sana | 02.01.2024 | Hajmi | 327 Kb. | | #129611 |
Bog'liq BACHELOR OF SCIENCE ELECTRICAL ELECTRONICS ENGINEERINGEEE 415: ELECTRODYNAMICS & INSULATING MATERIALS
Revision of Maxwell's Equations:Maxwell's equations, Laplace equation, Poisson's equation, Helmholtz equation and their solution in rectangular, cylindrical and spherical co-ordinates. Retarded potentials. Numerical methods in boundary value problems. Propagation of Uniform Plane Waves:Propagation of uniform plane waves in uniform dielectric, reflection and refraction and refraction of waves at dielectric boundaries. Phase velocity, group velocity wavelength and wave number. Polarisation: linear, circular and elliptical. Introduction to propagation in anisotropic media. Transmission line analogue of wave propagation. The concept of wave impedance. Introduction to Diffraction and Scattering: Fresnel and Fraunhoffer diffraction, geometrical theory of diffraction, scattering. Insulating Materials:Classification of insulators on the basis of thermal stability. Types of insulators; solids, liquids, gases. Mechanical, thermal and electrical properties of insulating materials. Gaseous insulation: ionisation and breakdown in gases (Townsend breakdown). Factors influencing breakdown voltages. Guided electromagnetic Waves: Basic equations of waves along uniforms systems. Basic wave types TEM, TE, TM. Field analysis and distributed parameter analysis of transmission lines. Rectangular and cylindrical waveguides. Surface waveguides, optical fibres, dielectric slab wave guides. Power transmission and attenuation. Wave velocities. Introduction to Antennas: Concept of radiation, some elementary antennas. Antenna parameters, thin wire antenna, cylindrical dipole antenna, halfwave dipole antenna, antenna arrays. Effect of the earth and nearby objects. Introduction to Electromagnetic Compatibility: Concept of electromagnetic wave interference and noise. Calculation of near and far fields, electromagnetic radiation standards. Atmospheric electricity. Shielding and earthing. Insulating Materials: Solid insulation. thermal breakdown in solids, breakdown due to gradual deterioration. Effects of voids. Liquid insulation. Gases dissolved in mineral oils. Ageing and faults,
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Geografiya va geoaxborot tizimlari

O’ZBEKISTON RESPUBLIKASI OLIY TA’LIM, FAN VA INNOVATSIYALAR VAZIRLIGI
MIRZO ULUG’BEK NOMIDAGI
O’ZBEKISTON MILLIY UNIVERSITETI
“
GEOGRAFIYA VA GEOAXBOROT TIZIMLARI” FAKULTETI
“
GKK” YO’NALISHI
“
2”-KURS “KECHKI” TALABASI TURSUNOV SHERZODNING
Davlat Kadastrlar asosi fanidan
AMALIY MASHG’ULOTI
Mavzu: Avtomobil yo’llari davlat kadastri ma’lumotlar ba’zasini shakllantirish
Bajardi:Tursunov Sh.
Qabul qildi: Yo’ldoshev J.
Toshkent-2024
Essentials of Red Hat Linux 5

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Essentials of Red Hat Linux 5
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bet | 1/3 | Sana | 28.03.2021 | Hajmi | 30,58 Kb. | | #13561 |
Essentials of Red Hat Linux 5 Course Specifications
Course number: 085994
Software: Red Hat Enterprise Linux 5
Course length: 4.0 day(s)
Course Description
You are familiar with the usage of GUI-based operating systems. To prepare yourself for the job of a Linux system administrator, you need to equip yourself with the basic Linux usage and management skills. In the Essentials of Red Hat Linux 5 course, you will explore the shell environment, use and manage the Linux file system, and familiarize yourself with the basic aspects of Linux system administration.
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Please do not change any default values during installation

Please do not change any default values during installation.
Click Finish when complete. You can click the Desktop Icon to open the program.
When you start Natural Log click [CONTINUE EVALUATION] to work in 'Demo' evaluation mode for up to 60 days.
You may also click [REGISTER/ ACTIVATE] to register the software at any time if you have purchased the software upgrade.
[Note: If you are going to use the network license (installing NL9 on multiple machines, and accessing a shared database; you will need to install and register the software on the server machine first. After the server has been registered, you will simply be able to click ‘Connect as Workstation to Natural Log Server’ on your workstations.]
After installing Natural Log 9, you have 3 options.
-
You can open the Sample database for a quick look around the program.
-
You can create a New Database, create and set up your own station.
-
You can Import a Database from Natural Log 8 or Natural Log DOS
Click [New Database] to create your own new database. Enter the database name and click [Create].
After creating a new database, you will be prompted to enter Station Setup information
Click the [Add Station] button to add a station to your database.. Enter your new station name, and click [OK].
You can then proceed with Station Setup. Be sure to setup desired fields on each document. Any of this information can be accessed/edited later by clicking on Setup/Administrator Controls/Station Settings-Document Formats from the main menu of Natural Log.
After completing Station Setup, proceed to the Setup menu and continue entering Setup information.
After Station Setup is complete, you can enter Customers, Copy, Orders and Log Templates. Then you are ready to generate logs!
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Mavzu: Qadamli elektr dvigatellar va servomatorlar

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Mavzu: Qadamli elektr dvigatellar va servomatorlar
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Sana | 15.05.2024 | Hajmi | 2,76 Kb. | | #236233 |
Bog'liq Qadamli elektr dvigatellar va servomatorlar
Mavzu: Qadamli elektr dvigatellar va servomatorlar
Mavzu: Qadamli elektr dvigatellar va servomatorlar
Servo dvigatel servo uchun ishlatiladigan dvigatelga asoslanib, funktsiyaga asoslangan.
Servo mexanizmi - bu ob'ektning&39 -sonli joylashuvi, yo'nalishi, holati va hokazolarning kiruvchi maqsadidagi (yoki berilgan qiymatdagi) har qanday o'zgarishlarni kuzatib borish imkonini beruvchi avtomatik boshqaruv tizimi.
Servo asosan joylashishni aniqlash uchun pulslarga tayanadi. Asosan, tushunish mumkinki, servo dvigatel 1 ta zarba olganda, u joy almashtirishga erishish uchun 1 pulsga mos keladigan burchakni aylantiradi.
Servo dvigatelning o'zi pulslarni yuborish funktsiyasiga ega bo'lgani uchun, har safar servo dvigatelda pulslarni yuborish, burchakni aylantirish funktsiyasi mavjud bo'lsa, u mos keladigan miqdordagi pulslarni yuboradi, shunda u servo tomonidan qabul qilingan impulslarga mos keladi.
Shunday qilib, tizim servo dvigatelga qancha impuls yuborilganligini va bir vaqtning o'zida qancha puls qabul qilinganligini bilib oladi. Shu tarzda, dvigatelning aylanishini 0,001 mm ga etishi mumkin bo'lgan aniq joylashishni aniqlash uchun juda aniq nazorat qilish mumkin.
DC servo motorlar cho'tkasi va cho'tkasi bo'lmagan motorlarga bo'linadi. Cho'tkali dvigatellar past narxga, oddiy tuzilishga, katta boshlang'ich momentga, keng tezlik diapazoniga, oson boshqarilishga va texnik xizmatga muhtoj.
Lekin parvarish qilish noqulay (uglerodli cho'tkalarni o'zgartirish), elektromagnit shovqinlarni keltirib chiqaradi va ekologik talablarni talab qiladi. Shuning uchun, u xarajatlarga sezgir bo'lgan umumiy sanoat va fuqarolik sharoitida ishlatilishi mumkin.
Doimiy aylana oladigan dvigatel.
Step vosita o'ziga xos xususiyatlarga ko'ra nomlanadi va uning ishlashi bosqichma -bosqich. Masalan, 360 graduslik qadamli dvigatel bir aylanish uchun 360 qadam bosishi kerak va har bir qadam 1 gradusga aylanadi.
Agar siz uni yarim darajaga burishni so'rasangiz, bunga erishish mumkin emas.
Bosqichli dvigatel-bu elektr impuls signallarini burchakli siljishga yoki chiziqli siljishga aylantiradigan ochiq halqali boshqaruv elementi pog'onali dvigatel.
Haddan tashqari yuklanish holatida, vosita tezligi va to'xtash holati faqat impuls signalining chastotasi va puls soniga bog'liq va yuk o'zgarishiga ta'sir qilmaydi. Bosqichli haydovchi puls signalini qabul qilganda, u step motorini belgilangan yo'nalish bo'yicha boshqaradi.
Eʼtiboringiz uchun raxmat!
http://kompy.info
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15-mavzu: Turli kompaniyalar tomonidan ishlab chiqilgan protsessorlarning turlari va imkoniyatlari. Protsessorlar, Intel amd, Pentium protsessorlari - bet 9

15.13-rasm.
Intel Core i5-9400F protsessori
Yadro(CORE) protsessor - bu asosan o'rta darajadagi ish stollari,
noutbuklar,
mini
kompyuterlar va
ba'zi
yuqori
darajadagi
serverlar
va
ish
stantsiyalarida foydalanish uchun mo'ljallangan va ishlab chiqarilgan Intel
protsessoridir . Core brendi Intel tomonidan 2006-yil iyul oyida taqdim etilgan va
hozirda beshta protsessor oilasida mavjud: Core i3 , Core i5 , Core i7 , Core
i9 va Core X-Series , ular ketma-ket unumdorligini oshiradi.
Hozirgi vaqtda bozordagi eng arzon kompyuterlar ham kamida Core i3
anakartiga ega. Buning sababi, Core protsessorlari turli vazifalar uchun mashhur
tanlovdir.
Core i3
seriyasi veb-sahifalar, musiqa oqimlari va videolarni tomosha qilish kabi
kundalik vazifalar uchun mos keladi; Core i5 seriyasi yuqori bosqich bo'lib, 4K
grafik qo'llab-quvvatlash va tezroq ishga tushirish tezligiga ega; Core i7 va i9
seriyalari resursni talab qiladigan ilovalar bilan bog'liq jiddiy ko'p
vazifa uchun
yaxshi tanlovdir va ular hatto soat tezligi bo'yicha ba'zi Xeon protsessorlarini ortda
qoldiradilar; va Core X-Series har bir Core protsessorining eng tez, eng muammosiz
hisoblash tajribasini taqdim etadi.
Trenton Systems‟ning 1U mustahkam serverlari, uning ION Rugged Mini
kompyuteri va 1U, 2U, 3U, 4U va 5U mustahkam ish stantsiyalari eng so„nggi Core
i3, i5 va i7 protsessorlari bilan jihozlangan anakartlarni o„z ichiga oladi.
15.4-jadval.
Trenton Systems'ning MBK8257 protsessor platasi
O‘rnatilgan tizimlari fanidan va -topshiriqlar mavzu

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O‘rnatilgan tizimlari fanidan va -topshiriqlar mavzu
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bet | 1/3 | Sana | 20.05.2024 | Hajmi | 0,5 Mb. | | #244764 |
Bog'liq 5and6tasks
O‘ZBEKISTON RESPUBLIKASI
RAQAMLI TEXNOLOGIYALAR VAZIRLIGI
MUHAMMAD AL-XORAZMIY NOMIDAGI
TOSHKENT AXBOROT TEXNOLOGIYALARI UNIVERSITETI
Kompyuter injiniringi fakulteti
Sun’iy intellekt kafedrasi
O‘rnatilgan tizimlari fanidan
5 va 6 -TOPSHIRIQLAR
Mavzu: Display the weather condition from the TM36 sensor on the LCD1602 display and warn with a tone when the temperature increases and decreases. (via TM36, LCD1602 and tone buzzers)
Bajardi: Abduraufov Abulqosim
424-21 guruh talabasi
Tekshirdi: Xoldorov Sh.I.
TOSHKENT – 2024
Title: Making new project using with TM36 , LCD1602 and buzzers
Introduction:
Real-Time Weather Monitoring and Temperature Alert System Using TM36 Sensor and LCD1602 Display
In this project, we aim to develop a comprehensive weather monitoring and alert system utilizing the TM36 temperature sensor, the LCD1602 display, and tone buzzers. This system is designed to provide real-time temperature readings and visual displays, while also issuing audible alerts for significant temperature changes.
Objectives:
Temperature Monitoring: The TM36 sensor will continuously measure the ambient temperature.
Data Display: Real-time temperature readings will be displayed on the LCD1602, ensuring clear and immediate visualization of weather conditions.
Alert Mechanism: Tone buzzers will be integrated to sound alerts whenever there is a significant increase or decrease in temperature, ensuring users are promptly informed of critical changes.
Components:
TM36 Temperature Sensor: A reliable sensor for accurate temperature measurement.
LCD1602 Display: A 16x2 character LCD screen for clear and concise data display.
Tone Buzzers: Audible devices that emit sounds to alert users of temperature changes.
Working Principle:
Data Acquisition: The TM36 sensor measures the temperature and sends the data to the microcontroller.
Data Processing: The microcontroller processes the sensor data and updates the LCD1602 display with the current temperature reading.
Alert System: If the temperature exceeds or falls below predefined thresholds, the microcontroller activates the tone buzzers to emit a warning sound.
Applications:
Home Automation: Ensuring comfortable living conditions by monitoring indoor temperature.
Industrial Monitoring: Keeping track of temperature-sensitive processes in various industries.
Environmental Monitoring: Providing real-time data for weather stations or agricultural applications.
This project demonstrates the integration of sensors, displays, and alert mechanisms to create a functional and practical weather monitoring system. By leveraging the capabilities of the TM36 sensor and the LCD1602 display, along with tone buzzers for alerts, this system offers a robust solution for real-time temperature monitoring and alerting.
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Types of Cluster Sampling

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Types of Cluster Sampling
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bet | 2/4 | Sana | 19.05.2024 | Hajmi | 353,98 Kb. | | #244385 |
Bog'liq lesson.6 Types of Cluster Sampling
There are two ways to classify this sampling technique. The first way is based on the number of stages followed to obtain the cluster sample, and the second way is the representation of the groups in the entire cluster analysis. In most cases, sampling by clusters happens over multiple stages. A stage is considered to be the step taken to get to the desired sample. We can divide this technique into single-stage, two-stage, and multiple stages.
01. Single-stage Cluster Sampling
As the name suggests, sampling is done just once. An example of single-stage cluster sampling – An NGO wants to create a sample of girls across five neighboring towns to provide education. Using single-stage sampling, the NGO randomly selects towns (clusters) to form a sample and extend help to the girls deprived of education in those towns.
02. Two-stage Cluster Sampling
Here, instead of selecting all the elements of a cluster, only a handful of members are chosen from each group by implementing systematic or simple random sampling. An example of two-stage cluster sampling – A business owner wants to explore the performance of his/her plants that are spread across various parts of the U.S. The owner creates clusters of plants. So, he/she then selects random samples from these clusters to conduct research.
03. Multiple-stage Cluster Sampling
Multiple-stage cluster sampling takes a step or a few steps further than two-stage sampling.
For conducting effective research across multiple geographies, one needs to form complicated clusters that can be achieved only using the multiple-stage sampling technique. An example of Multiple-stage sampling by clusters – An organization intends to survey to analyze the performance of smartphones across Germany. They can divide the entire country’s population into cities (clusters) and select cities with the highest population, and also filter those using mobile devices.
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EEE 404: POWER SYSTEMS II

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EEE 404: POWER SYSTEMS II
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bet | 19/48 | Sana | 02.01.2024 | Hajmi | 327 Kb. | | #129611 |
Bog'liq BACHELOR OF SCIENCE ELECTRICAL ELECTRONICS ENGINEERINGEEE 404: POWER SYSTEMS II
Standard parameters and equivalent circuits of power system Components: synchronous machines, overhead lines, underground cables, transformers and loads. Purpose and characteristics of transformers. Switch-gear; Circuit breakers; Isolators; insulators; bushing. Generalised circuit constants. Power transmission: single phase and three phase transmission, complex power, load characteristics, per unit system. Constants of transmission lines: resistance, inductance and capacitance of single and three phase lines. Performance of transmission lines: short, medium and long lines. Symmetrical components and fault calculations: Three phase system; Significance of positive, negative and zero-sequence components; sequence impedance network equations. Phase shift. Delta-star transformations. Reactors, short-circuit capacity of a bus. Unsymmetrical fault calculation: single line to ground: double lines to ground: Line to line. Faults in power systems. Effects of neutral grounding of faults on three-phase system. Effects of neutral impedances on fault currents. Zero sequence diagram. Faults with broken conductors. Unbalanced operation of three-phase transformer.
EEE 410: SIGNALS AND SYSTEMS
Classifications of signals and systems: Signals: Analogue and Digital, Continuous time and discrete-time, Periodic and Aperiodic, Even and Odd signals, random and deterministic, Energy and Power signals: Signals and vectors: Unit Step, Unit Ramp and Unit Impulse signals: Systems: Linearity, time in- variance, causality, invertibility: Time domain representations of signals and systems: Convolution integral for continuous time signals: Fourier Analysis: Fourier Series and Transforms, Inverse Fourier transform and properties, Fourier transform of common signals, Properties of Fourier Series and Transforms, Parsevals Theorem, Power spectral density and energy: Spectral density: Laplace Transform: Laplace transform (including region of convergence), Laplace transform of common signals, inverse Laplace transform (including partial-fraction expansion), and properties, Poles and zeros in the s-plane, Solving differential equations with non-zero initial conditions via Laplace transform: Fundamentals of Sampling: Conversion of continuous-time signals to discrete-time signals by sampling, sampling theorem, Shannon/Nyquist sampling rate and ideal reconstruction, Effects of under sampling: Random Signals and Noise: Random signals and their characterization. Random processes; normal, uniform, binomial: Stationarity and ergodicity: The auto-correlation function, Power spectral density of random processes: Modulation: Amplitude Modulation, Frequency Modulation
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