nyuuzyou/kompy huggingface dataset:
O8zbek tili milliy va ta9limiy korpusining nazariy va amaliy masalalari

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O8zbek tili milliy va ta9limiy korpusining nazariy va amaliy masalalariBog'liq elova-d.-jumaqulova-n.-subyektiv-baho-shakllarining-uslubiy-qollanilishini-korpusda-aks-ettirish-imkoniyatlariO8zbek tili milliy va ta9limiy korpusining nazariy va amaliy masalalari
Respublika ilmiy-amaliy konferensiyasi
234
Ko9rinadiki, takror qo9llangan subyektiv baho shakllari uslubiy vazifa
bajaradi. Bunday holat -cha+-cha yoki -loq+-cha tarzida modellashtirilsa, qaysidir
shakl bilan o
8xshash bo8lib qolish ehtimoli mavjud. Shu sababli bunday
so
8zlarning barchasini ro8yxat qilib, istisnolar bazasiga kiritish maqsadga muvofiq.
Subyektiv baho shakllaridagi pleonazm shu shakllarga xos kichraytish va
erkalash ma9nolarining bir-biri bilan uzviy bog8langanligidan kelib chiqadi.
Bunday takrorlangan affiksning birinchi qismi ko
8pincha kichraytish ma8nosini
bildirsa, ikkinchi qismi erkalash ottenkasiga ega bo
8ladi. Subyektiv baho
shakllariga xos bo
8lgan yuqorida qayd etilgan konnotativ ma9nolar badiiy tasvirda
nutqning ifodali bo
8lishini ta9minlaydi. Shuning uchun ham yozuvchilar o8z
asarida bunday qo
8shimchali so8zlardan unumli foydalanadi. Otning funksional
shakllari orasida o
8xshatish shakli hamda juft va takror shakllari alohida uslubiy
belgilari bilan ajralib turadi [
ў=C@>2 $. 1989].
O9xshatish shakli -dek (-day) affiksi yordamida yasaladi va narsa yoki shaxsni
belgi jihatdan -dek qo
8shimchali so8z bildirgan narsaga, shaxsga o8xshatadi,
o
8xshashligini bildiradi: sherdek kuchli, asalday shirin kabi. O8xshatish shaklli
so
8zlar badiiy nutqqa xos bo8lib, sifatlash usulida ko8p ishlatiladi. Bu
ma9lumotlardan kelib chiqib, o8xshatish shakllarini quyidagicha teglash maqsadga
muvofiq:
-dek / -day
Uslubiy xoslangan
Badiiy uslub
B
1
Uslubiy qo
8llanishiga ko8ra o8zining siqiqligi bilan ajralib turuvchi sintetik
shaklli sifat darajalari she9riyatda qo8llansa, analitik shaklli sifatlar publisistik,
ilmiy nutq uslublarida ishlatiladi. Sifatlardagi modal shakllar ham ayrim uslubiy
xususiyatlarga ega. Modal ma9no beruvchi qo8shimchalar o8zi birikib kelayotgan
sifat ma9nosini tubdan o8zgartirmaydi, balki unga qo8shimcha emotsional-
ta9sirchan bo8yoqlar: sevish, achinish, erkalash, kinoya kabilarni qo9shadi.
Masalan,
Oh Gulsanamim, O
8rtoqjonim, mehribonginam. (O.) Men o8z qo8lim bilan
shiringina palov qilib beraman. (O.)
-gina (-kina, -qina) affikslari sifat o
8zaklariga qo8shilgandagina, yoqimtoylik,
kichiklik
ma9nolarini ifodalash bilan birga salbiy belgi munosabatlarini ham
ifodalab kelishi mumkin: u qiz xunukkina-ku; Xayr, o
8g8rigina bolam, kelib tur.
(G9. G9.)
Ushbu ma9lumotlar sifatlarning bunday uslubiy xoslanishini ma9lumotlar
bazasida shakllantirish bilan ko
8rsatib bo8lmasligini anglatib turibdi. Bunday
holatda modellashtirish yo9lidan borish mumkin:
[sifat + -gina (-kina, -qina) = publisistik, badiiy nutq]
Bundan ma9lum bo8ladiki, ayrim uslubiy xoslanishlar modellashtirish va ikki
bosqichli algoritm bilan aniqlanadi:
birinchi bosqichda so
8z o8zagi va grammatik shaklning pozitsiyasi
modellashtiriladi;
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Лесов Кувандык Сагинович, Ортикбоев М.А

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Лесов Кувандык Сагинович, Ортикбоев М.АBog'liq 2TEZIS XALQARO7. Лесов Кувандык Сагинович, Ортикбоев М.А.
КОНСТРУКЦИЯ ЗАЩИТНЫХ СООРУЖЕНИЙ ОТ СКАЛЬНО-ОБВАЛЬНЫХ ПРОЦЕС-
СОВ ..............................................................................................................................................22
8. Хамидов Максуд Камолович
ТЕХНОЛОГИЧЕСКИЙ ПРОЦЕСС ПО РАЗРЯДКЕ ТЕМПЕРАТУРНЫХ НАПРЯЖЕНИЙ
В РЕЛЬСОВЫХ ПЛЕТЯХ БЕССТЫКОВОГО ПУТИ. ..........................................................27
9. Ashurova Maxfuza Asrorovna, Nomozova Sarvinoz Ravshanovna,
Davronova Avera Ubaydullayevna, Esanov Sirojiddin Ulja oʼgʼli,
Shodmonova Gullola Ulugʼbek qizi
KOMPYUTERDA ANIMATSIYA YARATISH VA U BILAN BOG‘LIQ
JARAYONLAR ............................................................................................................................29
10. Bazarbayeva Nasiba Kalandarovna, Soatova Muhayyo Qadamboyevna
UMUMTA‘LIM MAKTABLARIDA TEXNOLOGIYA FANI METODIKASINI TASHKIL
QILISH USULLARI ....................................................................................................................31
11. Begmatov Shohrux Ergash o’g’li, Shernayev Anvar Normamatovich
SHOKOLAD MAHSULOTLARI TEXNOLOGIYASI ..............................................................33
12. Jumatova Sevara Hamid qizi, Xalilayeva Nargizoy Atajon qizi
TEXNOLOGIYA FANI ORQALI O‘QUVCHILARNI KASB TANLASHGA YO‘NALTIRISH
MASALALARI ............................................................................................................................37
13. Kosimov Sarvarbek Dilmurod o’g’li
LEMEXLARGA TERMIK ISHLOV BERISH BO’YICHA ADABIYOTLAR TAHLILI ........39
14. Sotvoldiyeva Mohiraxon Baxromjon qizi,
Mamirxo‘jayev Muhammadamin Mavlonbek o‘g‘li,
Umaraliyev Jamshidbek To‘xtasin o‘g‘li
KORXONA RESURSLARINI REJALASHTIRISH (ERP) TEXNALOGIYASI. .....................41
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False - fake, fraudulent, counterfeit, spurious, untrue, unfounded, erroneous, deceptive, groundless, fallacious
Famous

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False - fake, fraudulent, counterfeit, spurious, untrue, unfounded, erroneous, deceptive, groundless, fallacious
Famous
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bet | 3/7 | Sana | 01.01.2024 | Hajmi | 20,77 Kb. | | #129275 |
Bog'liq 50 IELTS synonymsBu sahifa navigatsiya:
- Great
False - fake, fraudulent, counterfeit, spurious, untrue, unfounded, erroneous, deceptive, groundless, fallacious
Famous - well-known, renowned, celebrated, famed, eminent, illustrious, distinguished, noted, notorious
Fast - quick, rapid, speedy, fleet, hasty, snappy, mercurial, swiftly, rapidly, quickly, snappily, speedily, lickety-split, posthaste, hastily, expeditiously, like a flash
Fat - stout, corpulent, fleshy, beefy, paunchy, plump, full, rotund, tubby, pudgy, chubby, chunky, burly, bulky, elephantine
Fear - fright, dread, terror, alarm, dismay, anxiety, scare, awe, horror, panic, apprehension
Fly - soar, hover, flit, wing, flee, waft, glide, coast, skim, sail, cruise
Funny - humorous, amusing, droll, comic, comical, laughable, silly
Get - acquire, obtain, secure, procure, gain, fetch, find, score, accumulate, win, earn, rep, catch, net, bag, derive, collect, gather, glean, pick up, accept, come by, regain, salvage
Go - recede, depart, fade, disappear, move, travel, proceed
Good - excellent, fine, superior, wonderful, marvelous, qualified, suited, suitable, apt, proper, capable, generous, kindly, friendly, gracious, obliging, pleasant, agreeable, pleasurable, satisfactory, well-behaved, obedient, honorable, reliable, trustworthy, safe, favorable, profitable, advantageous, righteous, expedient, helpful, valid, genuine, ample, salubrious, estimable, beneficial, splendid, great, noble, worthy, first-rate, top-notch, grand, sterling, superb, respectable, edifying
Great - noteworthy, worthy, distinguished, remarkable, grand, considerable, powerful, much, mighty
Gross - improper, rude, coarse, indecent, crude, vulgar, outrageous, extreme, grievous, shameful, uncouth, obscene, low
Happy - pleased, contented, satisfied, delighted, elated, joyful, cheerful, ecstatic, jubilant, gay, tickled, gratified, glad, blissful, overjoyed
Hate - despise, loathe, detest, abhor, disfavor, dislike, disapprove, abominate
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Bosh sahifa
Aloqalar
Bosh sahifa
False - fake, fraudulent, counterfeit, spurious, untrue, unfounded, erroneous, deceptive, groundless, fallacious
Famous
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Calm - quiet, peaceful, still, tranquil, mild, serene, smooth, composed, collected, unruffled, level-headed, unexcited, detached, aloof
Come

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Calm - quiet, peaceful, still, tranquil, mild, serene, smooth, composed, collected, unruffled, level-headed, unexcited, detached, aloof
Come
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bet | 2/7 | Sana | 01.01.2024 | Hajmi | 20,77 Kb. | | #129275 |
Bog'liq 50 IELTS synonymsCalm - quiet, peaceful, still, tranquil, mild, serene, smooth, composed, collected, unruffled, level-headed, unexcited, detached, aloof
Come - approach, advance, near, arrive, reach
Cool - chilly, cold, frosty, wintry, icy, frigid
Crooked - bent, twisted, curved, hooked, zigzag
Cry - shout, yell, yowl, scream, roar, bellow, weep, wail, sob, bawl
Cut - gash, slash, prick, nick, sever, slice, carve, cleave, slit, chop, crop, lop, reduce
Dangerous - perilous, hazardous, risky, uncertain, unsafe
Dark - shadowy, unlit, murky, gloomy, dim, dusky, shaded, sunless, black, dismal, sad
Decide - determine, settle, choose, resolve
Definite - certain, sure, positive, determined, clear, distinct, obvious
Delicious - savory, delectable, appetizing, luscious, scrumptious, palatable, delightful, enjoyable, toothsome, exquisite
Describe - portray, characterize, picture, narrate, relate, recount, represent, report, record
Destroy - ruin, demolish, raze, waste, kill, slay, end, extinguish
Difference - disagreement, inequity, contrast, dissimilarity, incompatibility
Do - execute, enact, carry out, finish, conclude, effect, accomplish, achieve, attain
Dull - boring, tiring,, tiresome, uninteresting, slow, dumb, stupid, unimaginative, lifeless, dead, insensible, tedious, wearisome, listless, expressionless, plain, monotonous, humdrum, dreary
Eager - keen, fervent, enthusiastic, involved, interested, alive to
End - stop, finish, terminate, conclude, close, halt, cessation, discontinuance
Enjoy - appreciate, delight in, be pleased, indulge in, luxuriate in, bask in, relish, devour, savor, like
Explain - elaborate, clarify, define, interpret, justify, account for
Fair - just, impartial, unbiased, objective, unprejudiced, honest
Fall - drop, descend, plunge, topple, tumble
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Bosh sahifa
Aloqalar
Bosh sahifa
Calm - quiet, peaceful, still, tranquil, mild, serene, smooth, composed, collected, unruffled, level-headed, unexcited, detached, aloof
Come
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EEE 504: POWER TRANSMISSION AND DISTRIBUTION

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EEE 504: POWER TRANSMISSION AND DISTRIBUTION
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bet | 26/48 | Sana | 02.01.2024 | Hajmi | 327 Kb. | | #129611 |
Bog'liq BACHELOR OF SCIENCE ELECTRICAL ELECTRONICS ENGINEERINGEEE 504: POWER TRANSMISSION AND DISTRIBUTION
Review of Power T&D Equipment & Models: OH & UG line models; Characteristics of Conductors; Line loading Characteristics; Transformer Connections; Steady-State Performance Analysis of T&D Systems: System Modelling using network analysis; Three-phase power flow analysis; Voltage regulation & Reactive power compensation; Transmission & Distribution System Planning & Design: Review of generic planning methods; Load Evaluation and Demand Forecasting; Electrical Design of Lines and Substations; Mechanical Design of Lines and Substations; Economic and Environmental Considerations in T&D System Planning & Design
EEE 507: ENERGY MANAGEMENT AND ENVIRONMENTAL PROTECTION
This course offers a thorough introduction to methods for the evaluation of the environmental consequences of energy systems. Methods include human and ecological risk analysis and external cost analysis. Students learn how to evaluate environmental stresses and human health consequences of energy technologies. The course covers the use of toxicological and epidemiological data in risk assessment, assessment of chemical fate and exposure, and evaluation of climate change. Through a combination of these methods, students will be able to gain a comprehensive understanding of the environmental consequences of today's energy systems.
Telecommunication Option ECU 500: ENGINEERING PRACTICE AND ETHICS
Engineering Ethics: Fundamental principles of engineering practice. Rules of practice. Professional obligations. Engineering Consultancy. The nature and sources of contract. The law of tort. Intellectual property laws. Contractual obligations. The Engineers Act. Engineers Professional Societies. The engineer as a consultant. The engineer as a contractor. Engineer in contractual disputes. The role of an engineer in society. The Occupational Safety and Health Act and conditions of work. ISO 9000. ISO 14001. ISO 18000. Industrial relations in Kenya. Trade unions, Collective bargaining, labour laws, arbitration and the industrial court. Kenya Bussiness Units: sole proprietorship, partnership, limited liability company, corporation, parastatal and cooperatives.
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O8zbek tili milliy va ta9limiy korpusining nazariy va amaliy masalalari

O8zbek tili milliy va ta9limiy korpusining nazariy va amaliy masalalari
Respublika ilmiy-amaliy konferensiyasi
235
ikkinchi bosqichda shu model asosidagi algoritm
bilan uslubiy xoslanishi
aniqlanadi.
Subyektiv baho shakllarini uslubiy xoslanishiga ko9ra teglashtirishda o8zbek
tilishunosligidagi nutq uslubiyati borasidagi nazariy qarashlarga asoslanildi.
Morfologik
shakllar, asosan,
barcha uslublarda bir xil
qo8llansada,
ularning
ayrimlari tu
rli funksional stillarda o8z variantlariga
ega ekanligini kuzatishimiz
mumkin. Ba9zilari ma9lum nutq uslubida ko8p qo8llaniladi va shu uslubga xos ham
hisoblanadi. Yoki birgina shakl turli xil stilistik vazifalarni ifodalashda qo9llanadi.
Bunday
vaqtlarda
u shaklning semantikasida ham o8zgarish yuz beradi.
Bu esa
morfologik shakl va kategoriyalarni ham stilistikaning asosiy masalasi bo8lgan
funksional uslublar nuqtayi nazaridan tasniflash va o8zbek
til korpuslarida
ifodalash imkonini beradi.
Foydalanilgan adabiyotlar
1.
8;8G52 -. Ў715: B8;8=8=3 0<0;89 AB8;8AB8:0A8 (3@0<<0B8:0). ЎC2
ў;;0=<0. ‒ &>H:5=B: Ў8BC2G8, 1992. ‒ 160 1.
2.
8;8G52 -. Ў715: B8;8=8=3 ?@0:B8: AB8;8AB8:0A8. ЎC2 ў;;0=<0. ‒
&>H:5=B: Ў8BC2G8, 1985. ‒ 104 1.
3.
ў=C@>2 $. CC1J5:B82 10·> D>@<0;0@8=8=3 A5<0=B8: 20 AB8;8AB8:
ECACA8OB;0@8. >=>3@0D8O. ‒ &>H:5=B: (0=, 1989.
4.
Roger Garside, Geoffrey Leech. Corpus Annotation: Linguistic
Information from Computer Text Corpora. Longman, 1997.
Age and Gender Prediction using Deep cnns and Transfer Learning

Age and Gender Prediction using Deep CNNs and
Transfer Learning
Vikas Sheoran
1
,
Shreyansh Joshi
2
and Tanisha R. Bhayani
3
1
Birla Institute of Technology & Science, Pilani - Hyderabad campus,
Hyderabad 500078, India.
f20180847@hyderabad.bits-pilani.ac.in
2
Birla Institute of Technology & Science, Pilani - Goa campus,
Goa 403726, India.
f20180097@goa.bits-pilani.ac.in
3
Silver Touch Technologies Limited, Ahmedabad, 380006, India.
t.bhayani@yahoo.com.
Abstract
. The last decade or two has witnessed a boom of images. With the increasing
ubiquity of cameras and with the advent of selfies, the number of facial images availa-
ble in the world has skyrocketed. Consequently, there has been a growing interest in
automatic age and gender prediction of a person using facial images. We in this paper
focus on this challenging problem. Specifically, this paper focuses on age estimation,
age classification and gender classification from still facial images of an individual. We
train different models for each problem and we also draw comparisons between build-
ing a custom CNN (Convolutional Neural Network) architecture and using various
CNN architectures as feature extractors, namely VGG16 pre-trained on VGGFace, Res-
Net50 and SE-ResNet50 pre-trained on VGGFace2 dataset and training over those ex-
tracted features. We also provide baseline performance
of various machine learning
algorithms on the feature extraction which gave us the best results. It was observed
that even simple linear regression trained on such extracted features outperformed train-
ing CNN, ResNet50 and ResNeXt50 from scratch for age estimation.
Keywords: Age Estimation, CNN, Transfer Learning.
Have - hold, possess, own, contain, acquire, gain, maintain, believe, bear, beget, occupy, absorb, fill, enjoy
Help

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Have - hold, possess, own, contain, acquire, gain, maintain, believe, bear, beget, occupy, absorb, fill, enjoy
Help
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bet | 4/7 | Sana | 01.01.2024 | Hajmi | 20,77 Kb. | | #129275 |
Bog'liq 50 IELTS synonymsHave - hold, possess, own, contain, acquire, gain, maintain, believe, bear, beget, occupy, absorb, fill, enjoy
Help - aid, assist, support, encourage, back, wait on, attend, serve, relieve, succor, benefit, befriend, abet
Hide - conceal, cover, mask, cloak, camouflage, screen, shroud, veil
Hurry - rush, run, speed, race, hasten, urge, accelerate, bustle
Hurt - damage, harm, injure, wound, distress, afflict, pain
Idea - thought, concept, conception, notion, understanding, opinion, plan, view, belief
Important - necessary, vital, critical, indispensable, valuable, essential, significant, primary, principal, considerable, famous, distinguished, notable, well-known
Interesting - fascinating, engaging, sharp, keen, bright, intelligent, animated, spirited, attractive, inviting, intriguing, provocative, though-provoking, challenging, inspiring, involving, moving, titillating, tantalizing, exciting, entertaining, piquant, lively, racy, spicy, engrossing, absorbing, consuming, gripping, arresting, enthralling, spellbinding, curious, captivating, enchanting, bewitching, appealing
Keep - hold, retain, withhold, preserve, maintain, sustain, support
Kill - slay, execute, assassinate, murder, destroy, cancel, abolish
Lazy - indolent, slothful, idle, inactive, sluggish
Little - tiny, small, diminutive, shrimp, runt, miniature, puny, exiguous, dinky, cramped, limited, itsy-bitsy, microscopic, slight, petite, minute
Look - gaze, see, glance, watch, survey, study, seek, search for, peek, peep, glimpse, stare, contemplate, examine, gape, ogle, scrutinize, inspect, leer, behold, observe, view, witness, perceive, spy, sight, discover, notice, recognize, peer, eye, gawk, peruse, explore
Love - like, admire, esteem, fancy, care for, cherish, adore, treasure, worship, appreciate, savor
Make - create, originate, invent, beget, form, construct, design, fabricate, manufacture, produce, build, develop, do, effect, execute, compose, perform, accomplish, earn, gain, obtain, acquire, get
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Bosh sahifa
Aloqalar
Bosh sahifa
Have - hold, possess, own, contain, acquire, gain, maintain, believe, bear, beget, occupy, absorb, fill, enjoy
Help
|
“axborot texnologiyalari”

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Bosh sahifa
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Обеспечение пожарной безопасности и расчет пожарных рисков в корпусе 01/8 (в месте пересечения с поу-7) в пао «автоваз»

МИНИСТЕРСТВО НАУКИ И ВЫСШЕГО ОБРАЗОВАНИЯ РОССИЙСКОЙ ФЕДЕРАЦИИ
федеральное государственное бюджетное образовательное учреждение
высшего образования
«Тольяттинский государственный университет»
Институт Машиностроения
(наименование института)
Кафедра «Управление промышленной и экологической безопасностью»
(наименование кафедры)
20.03.01 Техносферная безопасность
(код и наименование направления подготовки специальности)
Безопасность технологических процессов и производств
(направленность (профиль)/специализация)
БАКАЛАВРСКАЯ РАБОТА
на тему Обеспечение пожарной безопасности и расчет пожарных рисков в
корпусе 01/8 (в месте пересечения с ПОУ-7) в ПАО «АВТОВАЗ»
Студент
С.В. Шубина
Руководитель
(И.О. Фамилия)
А.В. Щипанов
(личная подпись)
Консультанты
(И.О. Фамилия)
И.Ю. Амирджанова
(личная подпись)
(И.О. Фамилия)
А.В. Москалюк
(личная подпись)
(И.О. Фамилия)
Т.Ю. Фрезе
(личная подпись)
(И.О. Фамилия)
(личная подпись)
Допустить к защите
Заведующий кафедрой д.п.н., профессор, Л.Н. Горина
(ученая степень, звание, И.О. Фамилия)
(личная подпись)
«___» __________ 2019г.
Тольятти 2019
2
АННОТАЦИЯ
Тема бакалаврской работы: «Обеспечение пожарной безопасности и
расчет пожарных рисков в корпусе 01/8 (в месте пересечения с ПОУ-7) в
ПАО «АВТОВАЗ».
Бакалаврская работа состоит из 6 рисунков, 13 таблиц,
библиографического списка из 24 ссылок, включая 5 иностранных
источников, 3 приложений.
Статистика показывает, что ежегодно в России происходит пожаров
около 133 тыс. ед., в которых погибает около 8000 человек. Так же пожар
наносит большой ущерб организациям.
Именно поэтому целью данной работы является расчет пожарных
рисков в корпусе 01/8 (в месте пересечения с ПОУ-7) в ПАО «АВТОВАЗ».
В первом разделе бакалаврской работы представлена характеристика
административного здания 01/8 ПАО «АВТОВАЗ».
Во
втором
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Declaration for system s/w configuration, availability of skilled system staff, and accessories Form c-1

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Declaration for system s/w configuration, availability of skilled system staff, and accessories Form c-1
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bet | 1/2 | Sana | 22.07.2021 | Hajmi | 42,5 Kb. | | #15698 |
General Instructions
To be filled after Windows NT installation and configuration.
After filling it address it to Assistant Manager (Systems).
Installation of application software will not be initiated until filled C-1 form is sent to NSDL.
If space is inadequate then write details in separate sheet and attach it with the form.
What is the composition of your system and computer operation staff for NSDL operation? ( Please give no. of persons available for appropriate positions )
System administrator Staff trained on Windows NT
Computer operation Staff Staff trained on SQL Server
No. of Microsoft certified engineers (MCSE)
The recommended minimum skills that the system administrator at BP side should have for an efficient and smooth functioning of the system are listed below ( Please tick in front of the expertise available with the system administrator )
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EEE 547: MICROWAVE ENGINEERING

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EEE 547: MICROWAVE ENGINEERING
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bet | 35/48 | Sana | 02.01.2024 | Hajmi | 327 Kb. | | #129611 |
Bog'liq BACHELOR OF SCIENCE ELECTRICAL ELECTRONICS ENGINEERINGEEE 547: MICROWAVE ENGINEERING
Microwave Passive Devices: Microwave waveguides, Rectangular and circular; Microwave cavities(resonators); Microwave components: directional couplers, circulators, isolators, striplines (micro, parallel, coplanar, shielded striplines), losses and mode analysis, transmission line equivalent, Scattering matrix and s parameters Techniques for dielectric and boundary perturbations, Slow wave guides and periodic cct Microwave Active Devices: Microwave transistors, tunnels, and FETs; Transferred electron devices (TED); avalanche transient devices (ATD); microwave generation and amplification; microwave linear beam tubes (MLBT); and microwave crossed-field tubes (MCFT) Microwave Communication Systems: Microwave communication systems: transmitters, receivers, and wireless links; Effects of biological exposure to microwave radiation
EEE 548: ANTENNA AND PROPAGATION
Antennas theory: Antenna parameters, radiation from a current loop and from a half-wave dipole. Antenna arrays: Pattern multiplication, array factor, broad-side and end-fire arrays. Feed networks: a quarter wave section, parasitic and log-periodic. Long-wire antennas: Radiation from a long-wire antenna with a travelling wave current. Construction designs: Vertical, inverted-Land T- aerials, the dipole and ferrite rod aerial. Aperture type antennas: horn, reflector, and their performance. Propagation: Properties of radio spectrum. Wave propagation: Solutions of wave equations in various media, reflection, refraction, diffraction and scattering. Types of scatter: atmospheric ducts, and radio link; diffraction and attenuation (Bullington curves, Epstein and Peterson curves, Deygout curves). Signal-to-noise ratio. Diversity techniques: Space and frequency.
Computer Engineering Option EEE 512: DIGITAL SIGNAL PROCESSING
Sampling theory, Z-transforms, system functions. Digital filter structures, signal ﬂow graphs, elementary FIR/IIR filter design techniques, windows, bilinear and band transformations. Discrete Fourier transform, relation- ship between DFT and DTFT, simple and short-time spectral estimation, fast computation of DFT as decimation-in-time. Linear convolution, cyclic convolution, sectioned convolution (overlap-add and overlap-save), application to fast filtering algorithms, windowing. Overview of microprocessor architectures for DSP, implementational aspects of simple DSP algorithms.
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EEE 529: FIBER-OPTIC COMMUNICATION

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EEE 529: FIBER-OPTIC COMMUNICATION
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bet | 34/48 | Sana | 02.01.2024 | Hajmi | 327 Kb. | | #129611 |
Bog'liq BACHELOR OF SCIENCE ELECTRICAL ELECTRONICS ENGINEERINGEEE 529: FIBER-OPTIC COMMUNICATION
Introduction to Optical Fibers: Evolution of fiber optic system, Elements of an Optical Fiber Transmission link, Ray Optics, Optical Fiber Modes and Configurations, Mode theory of Circular Wave guides, Overview of Modes- Key Modal concepts, Linearly Polarized Modes, Single Mode Fibers, Graded Index fiber structure. Signal Degradation in Optical Fibers: Attenuation, Absorption losses, Scattering losses, Bending Losses, Core and Cladding losses, Signal Distortion in Optical Wave guides, Information Capacity determination, Group Delay-Material Dispersion, Wave guide Dispersion, Signal distortion in Single Mode (SM) fibers, Polarization Mode dispersion, Inter- modal dispersion, Pulse Broadening in GI fibers, Mode Coupling, Design Optimization of SM fibers, Refractive Index (RI) profile and cut-of wavelength. Optical Fiber Sources and Coupling: Direct and indirect Band gap materials, LED structure, Light source materials, Quantum efficiency and LED power, Modulation of a LED, lasers Diodes, Modes and Threshold condition, Rate equations, External Quantum efficiency, Resonant frequencies, Laser Diodes, Temperature effects, Introduction to Quantum laser, Fiber amplifiers, Power Launching and coupling, Fiber-to-Fiber joints, Fiber splicing. Optical Fiber Receivers: PIN and APD diodes, Photo detector noise, SNR, Detector Response time, Avalanche Multiplication Noise, Comparison of Photo detectors, Fundamental Receiver Operation, preamplifiers, Error Sources, Receiver Configuration, Probability of Error, Quantum Limit. Optical Fiber Communication System: Point-to-Point links: System considerations, Link Power budget, Rise-time budget, Noise Effects on System Performance. Optical transmission formats and protocols: WDM, DWDM, SDH, SONET
EEE 500: ENGINEERING PROJECT II
Each student will be required to undertake a simple practical project involving specification, review, analysis, design, development and research. The student is presented with a real world engineering problem, and the solution to the problem must demonstrate a rigorous scientific approach, i.e. problem definition, analysis, design, construction, measurement, evaluation and communication. Students are expected to work largely on their own initiative. The duration of each project is two semesters in the fifth year of study.
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Uch o'lchovli rasmlarni yaratish texnologiyasi. Uch o'lchovli grafika

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Uch o'lchovli rasmlarni yaratish texnologiyasi. Uch o'lchovli grafika
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bet | 1/3 | Sana | 03.02.2024 | Hajmi | 202,04 Kb. | | #151140 |
Bog'liq Att guruh talabasi xudoyorov ismoil-kompy.info Uch o'lchovli rasmlarni yaratish texnologiyasi. Uch o'lchovli grafika.
· Uch o'lchovli kompyuter grafikasidan foydalangan holda, diqqat va zD-dizaynerlar va uning qanday bajarilganligi haqida noaniq fikrga ega bo'lganlar. Eng muvaffaqiyatli uch o'lchovli ish real plyonkadan ajralib bo'lmaydi. Bunday ish, qoida tariqasida, bu fotosurat yoki uch o'lchovli soxta narsa haqida o'zlari bilan issiq nizolarni keltirib chiqaradi. Taniqli ZD rassomlarining asarlaridan ilhomlangan, ko'pchilik uch o'lchovli muharrirlarni o'rganish uchun olib boriladi, deb ishonishadi, ular fotoshop kabi osonlikcha ular uchun osonlikcha ularnikiga ishonishadi. Shu bilan birga, ZD grafikasini yaratish dasturlari ishlab chiqishda ancha murakkab va ularni o'rganish ko'p vaqt va kuch talab etiladi. Biroq, hatto Ajam dizaynerining haqiqiy qiyofasiga erishish uchun uch o'lchovli muharrirning vositasini o'rgangan holda ham oson emas. Bir marta sahna "jonsiz" ko'rinadigan vaziyatda u har doim ham ushbu tushuntirishni topa olmaydi.
Uch o'lchovli rasmlarni yaratish texnologiyasi. Fotorealistik tasvirni yaratishning asosiy muammosi - bu atrof-muhitga taqlid qilishning qiyinchiliklari. Uch o'lchovli muharrirda noto'g'ri tushuncha (vizualizatsiya) natijasida olingan rasm ushbu algoritmda matematik hisoblash natijasidir. Dasturiy ta'minotni ishlab chiquvchilar haqiqiy hayotning barcha jismoniy jarayonlarini tasvirlash uchun yordam beradigan algoritmni tanlash qiyin. Shuning uchun ekologik modellashtirish ZD rassomning o'zi joylashgan. Har kuni apparatning ish stantsiyalarining ko'payishi, bu uch o'lchovli grafikalar bilan ishlash uchun vositalardan yanada samaraliroq foydalanishga imkon beradi. Shu bilan birga, uch o'lchovli grafika muharrirlarining "Arsenal" yaxshilandi. Haqiqiy uch o'lchovli tasvirni yaratish uchun o'ziga xos qoidalar to'plami mavjud. Qaysi uch o'lchovli muharrir sizga ishlaysiz va sahnalar yaratmoqdalar, ular o'zgarishsiz qoladilar. Ushbu talablarning bajarilishi rasmga olingan rasmga o'xshash bo'lishiga kafolat bermaydi. Biroq, ularning e'tiborsiz bo'lishida muvaffaqiyatsizlik sababi bo'ladi.
· Faqat uch o'lchovli loyihada ishlash, faqat uch o'lchovli loyihada ishlash, - aql bovar qilmaydigan fotorealistik tasvirni yarating qiyin vazifa. Qoida tariqasida, o'zlarini uch o'lchovli grafikaga bag'ishlagan va u bilan ishlash uch o'lchovli sahnani yaratish bosqichlaridan faqat bittasini o'z ichiga olganlar. Ba'zilar modellashtirishning barcha nozikligini bilishadi, boshqalari esa uch o'lchovli grafikalar bilan ishlashni boshlaydilar, chunki uch o'lchovli grafikalar bilan ishlashni boshlang, siz eng ko'p his etadigan hududni topishga harakat qiling o'ziga ishonish va o'z iste'dodlaringizni rivojlantiring. Ma'lumki, uch o'lchovli muharrirning natijasi statik fayl yoki animatsiya. Yakuniy mahsulot sizning holatingizda bo'lishiga qarab, real tasvirni yaratishga yondashuv farq qilishi mumkin.
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Figure 3 - 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 | 3/8 | Sana | 04.07.2024 | Hajmi | 443,52 Kb. | | #266580 |
Bog'liq 9FraJzXDU7zJKsJRC7uLzkA9ebtUboImieTo5fQUFigure 3. Word to the 32nd category length has , bytes right in order placed 4 GB basic memory .
2-rasmda keltirilgan xotirada Pentium protsessorli kompyuterlardagi kabi, baytlar o‘ngdan chapga qarab joylashtirilgan.
Bu baytlarni teskari tartibda joylashtirish deb ataladi (rus tilida – обратный порядок следования байтов).
3-rasmda esa baytlar to‘g‘ri tartibda joylashtirilgan xotira chizmasi keltirilgan.
Bu xildagi xotira baytlar to‘g‘ri tartibda joylashtirilgan xotira deb ataladi (rus tilida – прямой порядок следования байтов) va u SPARС oilasiga mansub protsessorlarga ega bo‘lgan serverlarda ishlatiladi.
3-rasm. 32-razryadga so‘z uzunligiga ega, baytlari to‘g‘ri tartibda joylashtirilgan 4 Gbaytli asosiy xotira.
Commands from memory reading in the example , memory appeal to do how instead increase see we go out Figure 4 _ basic to memory appeal to do process shown .
Of the processor IP (Instruction Pointer) or Known as PC (Program Counter) dimensions , order on completion need which was command address show for used . This register commands counter or commands is called an indicator .
PC registry written address , ie next completion need which was of the command address , processor address tire using basic memory with connecting port - address registers through memory , memory address to the registry transmitted .
That's it then of memory information to the registry this address on written information is removed . This is information , data tire through processor registers to one , e.g. to the accumulator , i.e. to register A. come falls .
Buyruqlarni xotiradan o‘qish misolida, xotiraga murojaat qilish qanday amalga oshirilishini ko‘rib chiqamiz. 4-rasmda asosiy xotiraga murojaat qilish jarayoni ko‘rsatilgan.
Protsessorning IP (Instruction Pointer) yoki PC (Program Counter) deb nomlanuvchi registri, tartib bo‘yicha bajarilishi kerak bo‘lgan buyruq adresini ko‘rsatish uchun ishlatiladi. Ushbu registr buyruqlar sanagichi yoki buyruqlar ko‘rsatgichi deb nomlanadi.
PC registrida yozilgan adres, ya’ni navbatdagi bajarilishi kerak bo‘lgan buyruqning adresi, protsessorning adres shinasi yordamida asosiy xotira bilan bog‘lanuvchi porti - adres registri orqali xotiraning, xotira adresi registriga uzatiladi.
Shundan so‘ng xotiraning ma’lumotlar registriga ushbu adres bo‘yicha yozilgan ma’lumot chiqariladi. Bu ma’lumot, ma’lumotlar shinasi orqali protsessorning registrlaridan biriga, masalan akkumulyatorga, ya’ni A registriga kelib tushadi.
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Course Objective - Essentials of Red Hat Linux 5

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Essentials of Red Hat Linux 5
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bet | 2/3 | Sana | 28.03.2021 | Hajmi | 30,58 Kb. | | #13561 |
Course Objective: You will explore the essentials of Red Hat Enterprise Linux 5.
Target Student: This course is designed for students with little or no experience in Linux. It also targets IT professionals or users who want to build user-level Linux skills and/or build base line skills in Linux Administration.
Prerequisites: Students enrolling in this class should have basic user-level computer skills with any computer or operating system.
Delivery Method: Instructor led, group-paced, classroom-delivery learning model with structured hands-on activities.
Hardware Requirements
A 500 MHz (or greater) processor.
At least 6.5 GB of free hard disk space.
At least 128 MB of RAM.
A 32 MB of graphics card.
Two Ethernet adapters for each system.
A mouse or other pointing device.
A CD-ROM drive.
A 10/100 Mbps switch.
Two network cables for each system.
The instructor's computer requires a projection system.
Internet access.
Platform Requirements
Red Hat Enterprise Linux 5
Software Requirements
Red Hat Enterprise Linux 5 CDs
Performance-Based Objectives
Upon successful completion of this course, students will be able to:
familiarize yourself with the history of Linux.
identify the various Linux interface elements.
get started with using Linux.
work with files and directories.
work with permissions and ownership of files and directories in Linux.
edit text files using Vim.
search for and locate files.
work with the bash shell.
configure the bash shell.
write simple shell scripts
work with text processing utilities.
configure basic system tools.
manage jobs and processes.
work with network clients.
manage users, groups, and advanced permissions.
perform file management.
Course Content
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Oz “Partnerstvo pre mas turiec” 038 41 Trebostovo 164

Oz “Partnerstvo pre mas turiec” 038 41 Trebostovo 164
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Oz “Partnerstvo pre mas turiec” 038 41 Trebostovo 164
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214,83 Kb.
Lesson 1: Introducing the History of Linux

Lesson 1: Introducing the History of Linux
Topic 1A: Review the Development of Open Source
Topic 1B: Familiarize Yourself with Red Hat Linux
Lesson 2: Familiarizing Yourself with the Linux Interface
Topic 2A: Log into Your System
Topic 2B: Use Basic Commands
Topic 2C: Work with the X Server
Topic 2D: Switch Users
Lesson 3: Getting Started with Using Linux
Topic 3A: View Text Files Using Text Editors
Topic 3B: Get Help Using Linux
Lesson 4: Working with Files and Directories
Topic 4A: Navigate the Linux File System
Topic 4B: Organize the File system
Topic 4C: View Text Files
Lesson 5: Working with Linux Permissions
Topic 5A: View User and Group Information
Topic 5B: Modify File and Directory Permissions
Topic 5C: Modify File and Directory Ownership
Lesson 6: Editing Text Files Using Vim
Topic 6A: Create Text Files Using Vim
Topic 6B: Modify Text Files in the Command Mode
Lesson 7: Locating Files
Topic 7A: Search for Files
Topic 7B: Use the find Command
Lesson 8: Working with the Bash Shell
Topic 8A: Discuss the Bash Shell
Topic 8B: Perform Basic Bash Shell Operations
Topic 8C: Introduction to Shell Scripting
Lesson 9: Configuring the Bash Shell
Topic 9A: Use Shell Variables
Topic 9B: Use Configuration Variables
Lesson 10: Using Basic Scripting Concepts
Topic 10A: Redirect Input and Output
Topic 10B: Use Control Statements
Lesson 11: Working with Text Processing Utilities
Topic 11A: Filter Files
Topic 11B: Work with File Content
Lesson 12: Configuring Basic System Tools
Topic 12A: Configure a System Printer
Topic 12B: Configure Date and Time
Lesson 13: Managing Jobs and Processes
Topic 13A: Discuss Multitasking
Topic 13B: List Processes
Topic 13C: Prioritize Jobs and Processes
Topic 13D: Terminate Processes
Lesson 14: Working with Network Clients
Topic 14A: Examine Basic Network Settings
Topic 14B: Work with Web Clients
Topic 14C: Work with Email and Messaging Clients
Lesson 15: Managing Users, Groups, and Permissions
Topic 15A: Manage User Accounts
Topic 15B: Configure User Profiles
Topic 15C: Manage Groups
Topic 15D: Set Advanced Permissions
Lesson 16: Performing File Management
Topic 16A: Familiarize Yourself with Disk Partitions
Topic 16B: Work with Inodes and Links
Topic 16C: Archive Files
Topic 16D: Work with Removable Media
Appendix A: Introducing Basic System Administration Tools
Appendix B: Essentials of Red Hat Linux 5 Objective Mapping for Exam Red Hat Linux Essentials (RH033)
Appendix C: Essentials of Red Hat Linux 5 Objective Mapping for Exam RH202
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EEPROM mikrosxemalari - 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 | 7/8 | Sana | 04.07.2024 | Hajmi | 443,52 Kb. | | #266580 |
Bog'liq 9FraJzXDU7zJKsJRC7uLzkA9ebtUboImieTo5fQUEEPROM mikrosxemalari. Ko’p marta dasturlanadigan xotiraning yanda o’ziga xos varianti elektr bilan o’chiriladigan doimiy xotira EEPROM hisoblanadi. Bu xotiraga ma’lumotlarni yozish va o’chirish baytlar bo’yicha amalga oshiriladi, o’chirish esa alohida jarayon emas, balki yozish vaqtida avtomatik amalga oshadigan bosqichdir. Yozish operatsiyasi o’qishga qaraganda sezilarli darajada ko’proq vaqt talab etadi – har bir bayt uchun yuzlab mikrosekund. Mikrosxemada EPROM kabi bir xil ma’lumotlarni saqlash prinsipi qo’llaniladi. EPROM ni dasturlashda maxsus programmator kerak emas va u mikrosxemaning o’zida amalga oshiriladi.
Umuman olganda, EEPROM lar EPROM ga qaraganda qimmatroq va mikrosxema yaycheykalarning zichroq to’plamiga ega ya’ni kamroq hajmga ega.
Flash memory . _ Flash memory _ - This electric energy dependent _ _ was not _ again programmable semiconductor _ _ _ memory . flash so ' zi Like " fast , in a moment . " translation to be done possible and again programming relatively high emphasizes the speed . _ First times In 1984 , Toshiba by e ' lon flash memory memory _ _ _ _ similar to EEPROM _ _ _ but SE ( storage _ _ _ _ elements ) _ in creating special from technology used . Boolean SEs , OR (NOR), or AND (NAND) elements with represented , therefore for NOR- cell and NAND- cell flash- memory about to speak possible .
Cells type _ _ _ look flash - in memory again write cycles soni limited ( eng good case - ber how many million ) esa uni energy dependent _ _ as a non - TSQ to use opportunity does not give . From this in addition to flash memory speed from TSQ chips on kam .
Flesh-xotira. Flesh-xotira – bu elektr energiyaga bog’liq bo’lmagan qayta dasturlanadigan yarim o’tkazgichli xotira. flash so’zi «tez, bir zo’mda» kabi tarjima qilinishi mumkin va qayta dasturlashning nisbatan yuqori tezligini ta’kidlaydi. Birinchi marta 1984 yilda Toshiba kompaniyasi tomonidan e’lon qilingan flesh-xotira ko’plab jihatdan EEPROM ga o’xshash bo’lgan, lekin SE (saqlash elementlari) ni yaratishda maxsus texnologiyadan foydalanilgan. Mantiqiy SE lari, YOKI-EMAS (NOR), yoki VA-EMAS (NAND) elementlari bilan ifodalanadi, shuning uchun NOR-yaycheykali va NAND-yaycheykali flesh-xotira haqida gapirish mumkin.
Yaycheykalar turidan qat’iy nazar flesh-xotirada qayta yozish sikllari soni cheklangan (eng yaxshi holatda – ber necha million), bu esa uni enersiyaga bog’liq bo’lmagan TSQ sifatida ishlatishga imkon bermaydi. Bundan tashqari, flesh-xotira tezligi bo’yicha TSQ mikrosxemalaridan kam.
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Figure 1. 8 - digit word length _ has 64 Kbytes basic memory .
This basic in memory cells addresses value 0000

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Figure 1. 8 - digit word length _ has 64 Kbytes basic memory .
This basic in memory cells addresses value 0000
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bet | 2/8 | Sana | 04.07.2024 | Hajmi | 443,52 Kb. | | #266580 |
Bog'liq 9FraJzXDU7zJKsJRC7uLzkA9ebtUboImieTo5fQUFigure 1. 8 - digit word length _ has 64 Kbytes basic memory .
This basic in memory cells addresses value 0000 and FFFF each change possible .
Basic of memory general size 64 Kbytes (FFFF - 16 bits, 2 16 = 65536 bytes ).
now such volume memories - removable on computers , ie in controllers used .
Usually basic memory addresses are numbered 16 in the system represented by
1-rasm. 8-razryadli so‘z uzunligiga ega 64 Kbaytli asosiy xotira.
Ushbu asosiy xotirada yacheykalar adreslarining qiymati 0000 dan FFFF gacha o‘zgarishi mumkin.
Asosiy xotiraning umumiy xajmi 64 Kbayt (FFFF – 16 bit, 216=65536 bayt).
Hozirda bunday hajmli xotiralar – o‘rnatiladigan kompyuterlarda, ya’ni kontrollerlarda ishlatilmoqda.
Odatda asosiy xotira adreslari 16-lik sanoq sistemasida ifodalanadi.
word in Figure 2 length is equal to 32 degrees which was basic memory described .
Such word length has memories , Pentium processors installed on computers used .
Them cells addresses 0000 0000 and FFFF FFFF until change possible .
Of memory general size 4 GB (FFFF FFFF - 32 bits, 2 32 = 4294967296 bytes ).
The word in length 32-bit memories bytes from the right left or from left To the right depending on placement possible .
Figure 2. Word to the 32nd category length has , bytes reverse in order placed 4 GB basic memory
2-rasmda so‘z uzunligi 32-razryadga teng bo‘lgan asosiy xotira tasvirlangan.
Bunday so‘z uzunligiga ega xotiralar, Pentium protsessorlari o‘rnatilgan kompyuterlarda ishlatilmoqda.
Ularda yacheykalarning adreslari 0000 0000 dan FFFF FFFF gacha o‘zgarishi mumkin.
Xotiraning umumiy xajmi 4 Gbayt (FFFF FFFF – 32 bit, 232= 4294967296 bayt).
So‘z uzunligi 32-razryadli xotiralarda baytlar o‘ngdan chapga yoki chapdan o‘ngga qarab joylashtirilishi mumkin.
2-rasm. 32-razryadga so‘z uzunligiga ega, baytlari teskari tartibda joylashtirilgan 4 Gbaytli asosiy xotira
Figure 2 listed with a Pentium processor in memory on computers as , bytes to the right left depending on placed .
These bytes reverse in order is called placement ( rus in the language - obratnыy poryadok sledovaniya bytes ).
In Figure 3 bytes right in order placed memory drawing listed .
It 's kind of memory bytes right in order placed called memory ( Russian ) In the language - pryamoy poryadok sledovaniya bytes ) and it belongs to the SPAR S family mansub processors has which was on servers used .
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Figure 4. Basic to memory appeal to do process _
4-rasm

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Figure 4. Basic to memory appeal to do process _
4-rasm
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bet | 4/8 | Sana | 04.07.2024 | Hajmi | 443,52 Kb. | | #266580 |
Bog'liq 9FraJzXDU7zJKsJRC7uLzkA9ebtUboImieTo5fQUFigure 4. Basic to memory appeal to do process _
4-rasm. Asosiy xotiraga murojaat qilish jarayoni.
Modern on computers basic to memory appeal to do two kind of mode available (Figure 5):
1. Real mode - 1 Mbytes until which was basic memory for this _ regime computer MS DOS operation in the system worked during used . now this is MS DOS operating system emulation in doing used .
2. Protected mode - memory size from 1 MB a lot which was in the case of , that is this computers Windows operation in the system work from the beginning since used regime is _
real mode to memory appeal to do segments appeal to do through , protected in mode to the pages appeal to do through instead is increased . Bitta of the segment size - 64 Kbytes per page size and - 4 Kbytes has will be .
Figure 5. Real va protected modes basic of memory structure
Zamonaviy kompyuterlarda asosiy xotiraga murojaat kilishning ikki xil rejimi mavjud (5-rasm):
1. Real rejim – 1 Mbayt gacha bo‘lgan asosiy xotira uchun, bu rejim kompyuter MS DOS operatsion tizimida ishlagan paytida qo‘llanilagan. Hozirda bu, MS DOS operatsion tizimini emulyasiya qilishda ishlatiladi.
2. Himoyalangan rejim – xotira xajmi 1 Mbaytdan ko‘p bo‘lgan xolda, ya’ni bu kompyuterlar Windows operatsion tizimida ishlay boshlagandan buyon qo‘llanilgan rejim hisoblanadi.
Real rejimda xotiraga murojaat qilish segmentlarga murojaat qilish orqali, himoyalangan rejimda esa, sahifalarga murojaat qilish orqali amalga oshiriladi. Bitta segmentning xajmi – 64 Kbayt, sahifaning xajmi esa – 4 Kbaytga ega bo‘ladi.
5-rasm. Real va himoyalangan rejimlarda asosiy xotiraning tuzilishi
Permanent memory devices .
It 's kind of save device the word " permanent " in the name their electric voltage depending on not without information save ability means . DSQ chips are also a carrier matrix principles on built this _ on the ground in nodes conductors , half conductive diodes or transistors in the form of in connectors located in their a tip addresses to the line , the latter esa discharges reading to the line connected . Such matrix connector presence 1 ni , absence and 0 ni report possible . DSQ s some species capacitor connector located element role plays . Such without capacitor charge 1, uncharged status 0 meaning means .
DSQning basic performance order information This is reading In the TSQ similar from surgery organizational in terms of duration in terms of difference does not . Exactly this situation constant SQ is generally recognized name - ROM (Read-Only Memory - only reading for memory ) _ emphasizes . In the same way together , to the DSQ write usually from reading according to more difficult will be great time and power consumption with depending on . DSQ ga information add programming or " firmware " .
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EEE 500: ENGINEERING PROJECT II

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EEE 500: ENGINEERING PROJECT II
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bet | 27/48 | Sana | 02.01.2024 | Hajmi | 327 Kb. | | #129611 |
Bog'liq BACHELOR OF SCIENCE ELECTRICAL ELECTRONICS ENGINEERINGEEE 500: ENGINEERING PROJECT II
Each student will be required to undertake a simple practical project involving specification, review, analysis, design, development and research. The student is presented with a real world engineering problem, and the solution to the problem must demonstrate a rigorous scientific approach, i.e. problem definition, analysis, design, construction, measurement, evaluation and communication. Students are expected to work largely on their own initiative. The duration of each project is two semesters in the fourth year of study.
EEE 501: RENEWABLE ENERGY TECHNOLOGIES
Introduction to renewable energy sources. Quantification of solar and wind energy sites. Photo-voltaic energy conversion. Maximum power point tracking. Principles of wind energy conversion (wind farms and maximum power point tracking). Modelling and simulation of photo-voltaic (PV) and wind energy generators. PV applications: grid connected and solar home systems. System sizing. Energy storage, batteries, fuel cells, flywheels, configuration and design. Micro-hydro systems and design principles. Grid interfacing of renewable energy systems. Hybrid systems for remote area power supplies. Solar water pumping. Economics of renewable energy systems. Case studies of renewable energy systems.
EEE 544: TELETRAFFIC ENGINEERING
Telephone and Telegraph systems: Wire telephony, public telephone network, the telephone loop, teleprinters and telegraphs. System structure: Basic transmission system. Types of switching: Circuit switching, message switching and packet. Network topologies, exclusive and multiparty lines. Signalling methods; (e.g. signalling No. 7 etc). Exchanges: Analogue, digital, stored program control exchanges, Private Automatic Branch Exchange (PABX). Call types: Local, trunk and international, automatic multi-exchange connection and exchange signalling. Terminal Equipment: Telephone set (receiver and transmitter), telex, facsimile, computer, etc. Digital communication network: Communication architecture, communication protocols, layer architecture in data network, packet switching networks, Integrated Services Digital Network (ISDN), Local Area Networks (LAN),Wide Area Networks (WAN), internet working, security. System design and planning: Basic traffic theory, queuing theory, grade of service, demand of service, traffic overload, performance of communication networks, reliability of service, economic analysis and planning, size and capacity.
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