nyuuzyou/kompy huggingface dataset:
Tovarni iste’molchttargayetkazib berish sxemasi (alohida

yib ketsin. Talab kamayib ketganida zaxiralarga buyurtma berishda
teskari reaksiya vujudga keladi. Har bir zveno talab nisbatan
kamroq, 10% o ‘miga 5%, 15% o ‘miga 10% va hokazo buyurtma
beradi. Birinchi holatda omborlarda zaxiralar, demale, uni saqlash
xarajatlari ortib ketgan bo‘lsa, ikkinchi holatda zaxira miqdori
kamayib ketishi oqibatida talab to ‘liq qondirilmay qolishi mumkin.
Endi iste’molchilarning talablarini qondirishga (moddiy oqim
larni boshqarishga) logistika nuqtayi nazaridan qaraylik. Bunday
yondoshuvda boshqaruv obyekti alohida olingan zvenolar emas,
balki butun zanjir bo‘yicha harakatlanayotgan moddiy oqim bo‘ladi.
M oddiy oqimlarni logistik boshqarishda logistik yondoshuvning
an ’anaviy yondoshuvdan farqi shundaki, bunda boshqarishning
yagona funksiyasi yuzaga keladi. M oddiy oqimlarni samarali
boshqarishni ta’minlovchi moddiy oqimni o ‘tkazuvchi zanjirning
alohida bo‘g ‘inlari texnik, texnologik, iqtisodiy va metodologik
jihatdan yagona tizimga keltiriladi (4 - rasm).
Barqaror o'sish uchun brending yondashuvi

Barqaror o'sish uchun brending yondashuvi
Barqaror o'sish uchun brending yondashuvi keng fikrlash va shunga o'xshash bo'lishi kerak yondashuvlar nafaqat qisqa muddatli rejalarni, balki uzoq muddatli rejalarni ham hisobga olishi kerak maqsadlar (Vaka va Jon, 2022). To'qimachilik brendi barcha yo'llarni o'z ichiga oladi a
kompaniya o'z imidjini mijozlar nazarida aks ettirishi mumkin. Brendlash degani ranglar palitrasi, belgilar, rasmlar kabi siz yaratgan vizuallar (Jekson va Daniel, 2003, p. 54-59). Bular asosida tuzilmaning tizimlashtirilgan versiyasi asosida yo'nalishlari, u barqaror o'sish uchun brending yondashuvni shakllantiradi.
Hisobotning asosiy tushunchalari eksport assortimentini diversifikatsiya qilish va
UZtextile brendini rivojlantirish, shuningdek, mahalliy hokimliklar bilan hamkorlikda marketingni qayta qidirish markazlarini tashkil etish, shuningdek,
Adabiyot manbalarini haqida umumiy ma'lumot; Adabiyot sharhi
yangi kameralarni yaratish va ommalashtirish uchun muhim bo'lgan ilmiy tadqiqotlar paigns o'zbek to'qimachilik brendi va aynan shular samarali bo'lgan takliflardir
intensivlikdan foydalanish. Shu bilan birga, o'quv dasturlarini kuchaytirish muhim ahamiyatga ega mutaxassislar bilimi va sifatli kadrlar bo‘yicha jahon amaliyotini joriy etishning ahamiyati.
jahon bozorlari uchun kelishuvlar muhokama qilindi. Tadqiqot natijalarini tahlil qilish “O‘ZTEKSTILPROM” uyushmasi tomonidan amalga oshirilayotgan uzluksiz deformatsiya tamoyillari. kelajakda O‘zbekiston to‘qimachilik sanoatining rivojlanishi va gullab-yashnashi edi
ushbu murakkab, ammo samarali loyihalarni amalga oshirish zarurati sifatida tan olingan (Yusupova, 2022, 250-253-betlar).
jadval: Brend yaratish jarayonining bosqichlari
(Manba: Malinovska va Monika, 2005, 49-bet).
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Brend yaratish - O‘zbekistonda to‘qimachilik biznesini rivojlantirish strategiyalari: Barqaror o'sish uchun brending yondashuvi

Brend yaratish jarayonining bosqichlari
Mijozlarning ehtiyojlarini aniqlash
Identifikatsiyani aniqlash va kerakli brend imidjini yaratish
Mahsulotni sinovdan o‘tkazish
Eng yaxshi loyihani tanlash
Brendning qonuniy himoyasi
Marketing faoliyati orqali brendni bozorga kiritish
Bozorda joriy qilingan brendni nazorat qilish
Bozor doimo o'zgarib turadiganligi sababli, yangi yuqorisini yaratish kerak
Har bir sanoat, shu jumladan kiyim-kechak korxonalari uchun qo'shimcha qiymat (Malinovska va Monika, 2005, 49-bet). Ushbu shakllanish jarayoni brend uchun brending deb ataladi. haqiqiy - Buning sababi shundaki, agar kompaniya o'z mahsulotini o'z brendi orqali aniqlay olmasa, bu ya'ni, uning shaxsiy qobiliyatlari, shaxsiyati va missiyasi tartibsizliklar massasida g'arq bo'ladi. bozorga kirgan donishmandlar. Malinovska va Monika tadqiqotiga ko'ra,
brend ikki xil talqin qilingan. Birinchisi - mavjud brendni samarali rivojlantirish usuli, ikkinchisi - yangi brendni topish.
takomillashtirilgan usul. 2-jadvalda ko'rsatilgan jadvalda brendni yaratish bosqichlari ko'rsatilgan.
ing jarayoni. Bundan tashqari, mavjud brendni rivojlantirish uning imkoniyatlaridan foydalanishni o'z ichiga oladi.
raqobatdosh ustunlikka erishish uchun tegishli qadriyatlar. Bu holatdan tashqari,
Adabiyot manbalarini haqida umumiy ma'lumot; Adabiyot sharhi
Yangi brendni yaratish ilgari ko'rilmagan yondashuvni talab qiladi
bozor, ya'ni noyob echimlar va bu "Moviy okean" ga tenglashtirilishi mumkin. Bularning hammasi jarayon ichidagi bozor tahlili, huquqiy kabi kuchli va zarur jarayonlarni o‘z ichiga oladi
himoya qilish, brend identifikatorini aniqlash va aloqa usullari, masalan, reklama tekshirish va sotish, jarayon samaradorligini doimiy monitoring qilish. To'g'ri brendni boshqarish bozorda obro'ni saqlab qolish uchun ajoyib rag'batdir.
ket va shuning uchun raqobatbardoshlik.
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Bakalavriat dissertatsiyasining tuzilmasi rejasi

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Bakalavriat dissertatsiyasining tuzilmasi rejasi
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bet | 4/23 | Sana | 14.05.2024 | Hajmi | 207,46 Kb. | | #232449 |
Bog'liq 4829c036Bakalavriat dissertatsiyasining tuzilmasi rejasi
Yuqoridagi bobdagi barcha manbalar tadqiqot uchun asosiy ma'lumotlarni tashkil etdi. Birinchi bobda tizimlashtirilgan tizim qanchalik foydali ekanligi haqida ma'lumot berilgan to'qimachilik sohasida O'zbekistondagi tadbirkorlarga va to'qimachilikning ta'siri
ichki va tashqi bozorlar miqyosida soha va brendni tan olish. Bunda
tadqiqotning bir qismi, yuzaga kelgan va bo'lishi kerak bo'lgan barcha tadqiqot muammolari hal qilindi, tadqiqotning maqsadi va savollari aniqlandi
ta'kidlangan. Ikkinchi bobda olingan g'oyalar va ma'lumotlardan foydalanish
Ushbu qismda adabiyotlarni ko'rib chiqish sifatida natijalar tahlil qilinadi va uning tuzilishi to‘qimachilik tizimi, shuningdek, yangilangan tizimning o‘zbek tiliga ta’siri o‘rganiladi
toÿqimachilik sanoati, Oÿzbekistonda toÿqimachilik sanoatini davlat tomonidan qoÿllab-quvvatlash omillari va
to'qimachilik biznesining ichki tuzilishi brendga aylanishi mumkin deb hisoblanadi
shakllantirilgan muvofiq orqali uzluksiz rivojlanish sub'ekti sifatida. In
Bundan tashqari, sektor oldingi amaliyotchilarning tadqiqotlari bilan qo'llab-quvvatlanadi davlat tomonidan qo‘llab-quvvatlanish darajasi va uning amalda qanday ishlashi.
Bakalavrlik dissertatsiyaning uchinchi bobida tadqiqotning batafsil tavsifi berilgan
sanoatni rivojlantirish va eksport qila oladigan tizimga erishish uchun tanlangan metodologiya brend sifatida. Keyingi boblarda tadqiqot tuzilishi va dizayni muhokama qilinadi
tanlangan, ma'lumotlarni yig'ish jarayoni va qayta ishlash uchun ishlatiladigan usullar, shuningdek jarayonlar ketma-ketligi sifatida. Keyingi, to'rtinchi bobda tadqiqot natijalari
davomida suhbatdoshlarning mavzuga oid savollariga bergan javoblari bilan tasdiqlanadi
intervyu. Tadqiqotning beshinchi yakuniy bosqichida tadqiqotchi xulosa chiqaradi olib borilgan tadqiqotlar haqida.
Adabiyot manbalarini haqida umumiy ma'lumot; Adabiyot sharhi
Adabiyot sharhi
Ikkinchi bobda ushbu bo'limda olingan g'oyalar va ma'lumotlardan adabiyot sharhi sifatida foydalanib, natijalar tahlil qilinadi va to'qimachilik tizimining tuzilishi.
o‘rganildi, shuningdek, yangilangan tizimning O‘zbekiston to‘qimachilik sanoatiga ta’siri, O‘zbekistonda to‘qimachilik sanoatini davlat tomonidan qo‘llab-quvvatlash omillari va u ko‘rib chiqiladi to'qimachilik biznesining ichki tuzilishi sub'ekt sifatida brendga aylanishi mumkinligi
tegishli shakllantirilgan orqali uzluksiz rivojlanish. Bundan tashqari, sektor
sektordagi oldingi amaliyotchilarning qay darajada bo'lganligi bo'yicha tadqiqotlari bilan qo'llab-quvvatlanadi
davlat yordami mavjud va u amalda qanday ishlaydi.
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ilova [Sifatli intervyu savollari]

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ilova [Sifatli intervyu savollari]
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bet | 23/23 | Sana | 14.05.2024 | Hajmi | 207,46 Kb. | | #232449 |
Bog'liq 4829c036 ilova [Sifatli intervyu savollari]
qism
O‘zingiz haqingizda bir oz gapirib bera olasizmi?
O‘zbek to‘qimachilik biznesi haqida fikringiz qanday?
Davlat tomonidan ko‘rsatilayotgan yordam qanchalik amaliy?
Qaysi brendlarni mukammal tizimlashtirilgan deb hisoblaysiz?
qism
To‘qimachilik biznesi uchun strategik yondashuvlarni qanday qurish va tushunish
O'zbekiston brend sifatidami?
O‘zbek to‘qimachilik kampaniyasining ichki boshqaruvi qanday olib kelishi mumkin
qiymatini eksport qilish uchun brend?
Strategik yondashuvga asoslangan to‘qimachilik brendining ta’siri nimada O'zbekiston?
qism
Sanoatning hozirgi zaif tomonlari qanday?
Eksport salohiyati, hozirgi va kelajak haqida nima deya olasiz umidlar?
O‘zbek to‘qimachilik sanoatini qay darajada mamlakat uchun ustuvor soha deb hisoblaysiz
kelajak?
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Printing Process - Windows 2000 Terminal Services Printer Redirection Whitepaper

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Windows 2000 Terminal Services Printer Redirection Whitepaper
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bet | 30/43 | Sana | 21.03.2017 | Hajmi | 486,5 Kb. | | #828 |
Printing Process
The steps for transferring print data from an application to a remote printer are as follows:
1. Printer output is formatted for a specific printer by GDI and an associated KERNEL-mode or USER-mode (Windows 2000 drivers only) graphics printer driver.
2. The printer output is sent to the Terminal Server’s Spooler (this may require spooling to disk).
3. The server-side Spooler may perform additional processing on the print output, with the help of other USER-mode printer drivers.
4. In the case of a printer output for a TS port, the Spooler next sends the output to the dynamic port monitor (USBMON.DLL).
5. USBMON.DLL forwards the printer output to RDPDR.SYS, which sends the RAW data to the appropriate TS client machine.
6. The TS client machine sends the RAW printer output it has received to the locally attached printer.
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Common problems - Windows 2000 Terminal Services Printer Redirection Whitepaper

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Windows 2000 Terminal Services Printer Redirection Whitepaper
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bet | 20/43 | Sana | 21.03.2017 | Hajmi | 486,5 Kb. | | #828 |
This section describes the following common support scenarios for Terminal Services and local printer redirection:
-
Printer driver string name mismatches and mixed OS versions on the client side
-
Managing pools of drivers between TS servers in a farm.
Printer Driver Mapping
This section explains how the driver string name is used and how the string name is structured. It also describes where to find them, how to use them, and the ramifications when putting this into practice.
NOTE: Printer driver string names are always unique to models of printers and the vendors who supply them.
This means that two drivers for the same hardware, one from the Microsoft CD and the other from the manufacturer of the device, have different string names. The following example shows the available driver string names for an HP DeskJet 722C printer from HP, as well as the string name for the same hardware as listed in Windows 2000 in NTPRINT.INF:
HP Driver string name:
“HP DeskJet 720C Series”
Microsoft Windows 2000 Driver string name:
HP Deskjet 722C
-or-
HP Deskjet 720C
In this case, you can clearly see the string name differences, but in some cases they differ only by a modifier such as “by HP” or the addition of a version number on the end. The key is that the name is different and unique to the device and the vendor of the driver.
To determine whether a driver is a Microsoft-supplied driver, search NTPRINT.INF for the string name. In the example above, HP DeskJet 722C has an entry in NTPRINT.INF. However, the HP Deskjet 720C Series does not have an entry, so the driver is most likely supplied by an OEM and is not one of the drivers distributed with Windows 2000. To determine the driver name, look at the printer properties on the client OS in question and find the name presented in the Driver field on the Details tab of the local queue. The driver’s friendly name as presented here is also the string name used for matching drivers when redirecting.
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Вариант - download

Qidiruv: Вариант
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Nuqtalar o‘rniga qo‘yilganda quyidagi mulohazani to‘g‘ri mulohazaga aylantiruvchi javobni aniqlang. Informatika termini (atamasi) negizida … so‘zlari yotadi
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Dərs
Mühazirə
Qaydalar
Referat
Xülasə
Yazı
- rasm. Moddiy oqimni ishlab chiqaruvchi

Logistika kanali - moddiy oqimlarni
faqat ishlab chiqaruvchidan
iste’molchiga yetkazib berish uchastkalarinigina qamrab olgan
majmua. Masalan, - rasmda tovarlar ishlab chiqaruvchidan markaziy
omborga, undan belgilangan stansiya orqali (Logistik kanal)
iste’molchiga yetkazib berilishi mumkin.
Logistik kanalning uzunligi- ishlab chiqaruvchi va iste’molchi
o ‘rtasidagi orliq zvenolarning miqdori.
Logistik kanalning kengligi-
tovar taqsimotining har bir
darajasidagi oraliq zvenolarning soni.
Logistik tarmoq - logistik tizimning material va ta’minlovchi
oqimlar bo‘yicha o ‘zaro bog‘lovchi zvenolar to ‘plamidir (1- rasm).
Logistik tarmoq oddiy, murakkabligi o ‘rtacha, murakkab va
juda murakkab bo‘lishi mumkin.
Oddiy logistik tarmoq bitta korxona ichida
tashkil etilishi yoki
bir hududda joylashgan ikkita korxona o ‘rtasida tashkil etilishi
mumkin. Bunday tarmoqda vositachilar ishtirok etmaydi. Ikkita
korxona bir birini to ‘g ‘ridan to ‘g ‘ri ta ’minlash bo‘yicha shartlashib
oladi.
Murkkabligi o ‘rtacha bo‘lgan logistik tarmoq. Bunday tarm oq
da bitta vositachi ishtirok etadi.
Murakkab logistik tarmoq. Bunday
tarmoqda sotuvchida va
xaridorda ham vositachi bor bo‘ladi, vositachilar mavjud birjada
birgalikda harakat qiladilar.
Juda murakkab logistik tarmoq. Bunday tarmoqda juda ko‘p
vositachilar turli soha vakillari bo‘lishi mumkin. Mas alan, transport
korxonalari
vakillari, ortish-tushirish ishlarini bajaruvchilar, ekspe-
ditsiya organlari va boshqalar.
Logistika fan sifatida quyidagi masalalami q o ‘yadi va yechadi:
- talabni prognoz qilish va uning
asosida zahira miqdorini
rejalashtirish;
- zarur bo‘lgan ishlab chiqarish va transport quvvatini aniqlash;
- moddiy oqimlarni optimal boshqarish asosida tayyor
mahsulotlami taqsimlashning ilmiy asoslarini ishlab chiqish;
#
- ishlab chiqarish va iste’mol
qiluvchi punktlarda ortish
jarayonlarini va transport-ombor operatsiyalarini boshqarishning
ilmiy asoslarini ishlab chiqish;
18
- logistik tizimlar faoliyatining har xil matematik modellarini
ishlab chiqish;
- ta ’miniash,
ishlab chiqarish, tahlil qilish;
- tayyor raahsulotlarni sotish va jo 'n atish ishlarini birgalikda
hal qilishning kompleks rejalashtirish usuilarini ishlab chiqish.
Bu masalalardan ko‘rinib turibdiki, logistikani
ishlab chiqarish
va muomala sohasida moddiy oqimlarni boshqarish bo‘yicha
xo‘jalik faoliyatini yo‘naltiruvchi fan deb qarash ham mumkin ekan.
Moddiy oqimlarni
logistikaning asosiy obyekti
sifatida
birlamchi hom ashyodan to iste’molchiga mahsulot ko‘rinishida
yetib borgunicha bo‘lgan jarayonni ko‘rib chiqaylik (2-rasm).
- i
r-^
—
“ 7
Xonubva
l-ishlab
2-ishlab
n-ishlab
Taqsimlash
Iste'molchi
chiqarish
chiqarish
chiqarish
markaa
Г
Performance and scalability

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Performance and scalability
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bet | 24/43 | Sana | 21.03.2017 | Hajmi | 486,5 Kb. | | #828 |
Performance and scalability
Terminal Servers that perform a great deal of printer redirection will see loads applied in two distinct areas:
-
Network traffic
-
Server side memory/CPU
To understand how this load increases as the number of clients and complexity of jobs increases, use the following guidelines. These guidelines were established from tests to help you understand how these variables affect the scale of networks and servers for your particular implementation.
Bandwidth Performance Results
The performance numbers were measured using the following software:
-
Windows 2000 SP2
-
Windows XP clients
-
HP LaserJet 6L drivers
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Windows 2000 Terminal Services Printer Redirection Whitepaper - bet 34

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Windows 2000 Terminal Services Printer Redirection Whitepaper
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bet | 34/43 | Sana | 21.03.2017 | Hajmi | 486,5 Kb. | | #828 |
USBMON
USBMON.DLL manages all the dynamic TS printer ports that have been registered (created) on the server side. Typically, because of the way the Spooler works, USBMON.DLL never deletes these ports. However, USBMON.DLL allows re-use of several of these ports if they are no longer in use. USBMON.DLL is also responsible for managing USB-based local printer connections in addition to managing the redirected ports.
When the Spooler has finished a print job, it sends the output to USBMON.DLL if it is a TS printer port. USBMON.DLL in turn forwards the output to the KERNEL-mode RDPDR.SYS driver. RDPDR.SYS sends this data to the client.
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Windows 2000 Terminal Services Printer Redirection Whitepaper - bet 33

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Windows 2000 Terminal Services Printer Redirection Whitepaper
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bet | 33/43 | Sana | 21.03.2017 | Hajmi | 486,5 Kb. | | #828 |
Spooler
The Spooler (SPOOLSV.EXE) is a system-level service. It is a single-instance process that lives for the duration of the system and handles all the print jobs in the system; it is not limited to a TS environment. The main job of the Spooler in the TS printer redirection scenario is to prepare print jobs and send a job in RAW rendered data specific to the target device’s printer language from the server to the TS client. It communicates with the appropriate print driver via GDI/Win32k to generate the RAW data. For information about how the Spooler determines which print driver to use, see Printer Queues Creation Process.
Because redirected printers are not static (in other words, they can come and go at any time, unlike printers physically attached to a computer), the printer ports that they are attached to are also dynamic.
The Spooler is responsible for generating Notify events to WLNOTIFY.DLL to track any changes in printer queue settings. These changes may include properties such as print orientation (portrait or landscape), number of pages per sheet, etc. The Spooler also generates Notify events to WLNOTIFY.DLL whenever a manual printer queue is created in the session attached to a client-side printer port. For information on this process, see Printer Queues Creation Process.
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Scenario 3 - Windows 2000 Terminal Services Printer Redirection Whitepaper

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Windows 2000 Terminal Services Printer Redirection Whitepaper
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bet | 19/43 | Sana | 21.03.2017 | Hajmi | 486,5 Kb. | | #828 |
Scenario 3
The administrator must pre-install the OEM driver on the server before the redirection attempt. Otherwise, the redirection attempt will fail.
Printer Redirection Error Events
If printer redirection is unable to create a print queue because it couldn’t find a matching or mapped driver, the following events will be sent to the event log:
Type
|
Event ID
|
Description
|
Error
|
1111
|
Driver required for printer
is unknown. Contact the administrator to install the driver before you log in again.
|
Error
|
1105
|
Printer security information for the
//Session
could not be set.
|
Error
|
1106
|
The printer could not be installed.
|
No UI related to printer creation is displayed during client logon or reconnect. For more information, see Common Problems.
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Document Type 
(Doc. Size)

Document Type (Doc. Size)
Explanation of Bandwidth Performance ResultsThe differences in rendering size on the server compared to the resulting client-side size underscore the need to plan for sufficient disk space for the Spooler folder on the Terminal Server. By default, this location exists in the following path: %SYSTEMROOT%\System32\spool\PRINTERS This path resides on the same partition as the OS. If the OS is on a small partition, this can affect redirected printing, especially if disk space is exhausted under heavy load. You can move the Spooler folder location to another folder, or to a partition on another drive set. To change the location, open the Printers folder on the Terminal Server, choose File, Server Properties, and then choose the Advanced tab. This global setting applies to all queues on the server, including redirected queues. Job sizes written to the Spooler folder on the server side are based primarily on the contents of the job. As the results show, large and complex PDF and Word documents that contain a great deal of text formatting and many bitmap images can swell the job to a size many times larger than the original file size. The results emphasize that if you pause the server-side print queue and spool a print job, the job can appear very large when compared to other versions of the OS or when spooling the same job or document on the client side. This is because the spooled job on the server is written to disk in enhanced metafile (EMF) format and has not finished rendering to RAW (ready to print) format for transmission across the Virtual Channel down to the client. Note: Do not use paused job sizes on the server side as a measure of how much data will be transmitted over the wire for a given print job. This measurement is not accurate, as demonstrated by the rendered size at the client. The conversion of the spool files to RAW format requires additional memory and CPU resources. Most of the CPU load during these tests was seen within the printing applications themselves, with a negligible bump in Spooler usage. For more information about CPU loads, see Scalability Performance Results. The results demonstrate that wire speed is a big part of the equation in terms of output speed on the client-side printer. In low-bandwith situations, further optimizations of output speed may be obtained by reducing client-side session screen depth, as well as eliminating any other unnecessary wire traffic over the slow link between client and server. Download 486,5 Kb.
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Winlogon - Windows 2000 Terminal Services Printer Redirection Whitepaper

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Windows 2000 Terminal Services Printer Redirection Whitepaper
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bet | 32/43 | Sana | 21.03.2017 | Hajmi | 486,5 Kb. | | #828 |
Winlogon
Terminal Services starts Winlogon (Winlogon.exe) at connection time. In each session, Winlogon loads a library called WLNOTIFY.DLL. Components that reside within WLNOTIFY.DLL expose functions that can be called by Winlogon in response to major events, such as connect, disconnect, and logoff. TS RDP redirected printer queues are installed from this WLNOTIFY.DLL module running inside Winlogon.exe.
The Spooler notifies WLNOTIFY.DLL of any changes to a printer queue configuration, such as paper orientation (portrait or landscape) or printing on both sides. These changes are then persisted by WLNOTIFY.DLL, which sends cache data to the client. For more information, see Printer Queues Creation Process.
New printer queues that are manually added by an Administrator in the session are detected when the Spooler sends an event to WLNOTIFY.DLL. WLNOTIFY.DLL persists this data by sending it to the client. For more information, see Printer Queues Creation Process.
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Remote Printer Deletion - Windows 2000 Terminal Services Printer Redirection Whitepaper

The remote printer uninstall steps are as follows:
1. When a session is disconnected or logged off, RDPDR.SYS sends a device removal event to WLNOTIFY.DLL for each client-side printer and port.
2. WLNOTIFY.DLL purges and deletes all queues for its respective session.
RDPDR (RDPDR.SYS) is a KERNEL-mode driver that redirects Terminal Services client-side devices for clients connected to the Terminal Server using the RDP protocol. RDPDR.SYS uses a Virtual Channel in RDP to send print job data from server to client. This is defined by the name “RDPDR”.
RDPDR.SYS is a root-enumerated virtual bus driver that is loaded at boot time by the operating system. A single instance of RDPDR.SYS is shared by all sessions on the TS server. It is the job of RDPDR.SYS to route and redirect I/O requests from a session to the appropriate TS client machine. RDPDR.SYS plays a central part in the overall TS redirection scenario.
When the USER-mode component RDPWSX.DLL notifies RDPDR.SYS of a session connect, RDPDR.SYS initializes itself and waits for device information from the client.
RDPDR.SYS receives from the client a list of client-side devices that meet the redirection criteria. It uses this list to create and register printer port device interfaces, device paths, printer and port announce events to the USER-mode WLNOTIFY.DLL component, and symbolic links.
RDPDR.SYS handles all printer I/O to the client that is sent from the Spooler/USBMON.DLL.
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№2 Amaliy ishi Арифметик ва мантиқий амаллар билан ишлаш. Ishning maqsadi

№2 - Amaliy ishi
Арифметик ва мантиқий амаллар билан ишлаш.
Ishning maqsadi: Raqamli texnika negiz elementlari kombinatsion mantiqiy
sxemalarini sintez qilishning asosiy bosqichlarini Multisim-12 dasturi
yordamida ishlab chiqish .
Boshlang’ich ma’lumotlar
Zamonaviy axborot va kommunikatsiya texnologiyalari murakkab tizim
sinfiga mansub bo’lib, ular turli murakkablikdagi raqamli integral sxemalardan
tashkil topgan. Shuning uchun ushbu tizimlarni shakllantiruvchi raqamli
qurilmalarni o’rganish dolzarb masalalardan biri hisoblanadi. Ushbu fan axborot
va kommunikatsiya texnologiyalarida ishlatiladigan raqamli qurilmalar turlarini,
xarakteristikalarini, ularning tuzilishi, ishlash prinsiplari va ular yordamida
yaratiladigan murakkab qurilmalarning texnologik xususiyatlarini o’rganish
masalalarini o’z ichiga oladi.
Elektron qurilmalar, jumladan, komputerlarda qayta ishlanayotgan
ma'lumotlar, natijalar va boshqa axborotlar ko'p hollarda elektr signallar
ko'rinishida ifodalanadi (uzluksiz) va raqamli (diskret). Birinchi usulda
ifodalanayotgan kattalik, unga proporsional bo'lgan bir signal ko'rinishida,
ikkinchi usulda esa har biri berilgan kattalikning bitta raqamiga mos keluvchi
bir nechta signallar ketma-ketligi ko'rinishida ifodalanadi.
t
i
= 0,1,…,i,…,n
Ikkilik axborotni ifodalash usuliga ko‘ra qurilmalar potentsial va impuls
raqamli qurilmalarga bo‘linadi. Potentsial raqamli qurilmalarda mantiqiy 0 va
mantiqiy 1 qiymatlariga elektr potentsiallarning umuman bir – biridan
farqlanuvchi: yuqori va past sathlari belgilanadi. Impuls raqamli qurilmalarda
mantiqiy signal qiymatlariga (0 yoki 1) impulslar sxemasi chiqishida ma’lum
davomiylik va amplitudaga ega bo‘lgan impulsning mavjudligi, ikkinchi
holatiga esa – impulsning yo‘qligi to‘g‘ri keladi.
Raqamli (mantiqiy) elektron qurilmalar turli belgilariga ko‘ra
sinflanishlari mumkin. Ishlash printsipiga ko‘ra barcha MElar ikki sinfga
bo‘linadilar: kombinatsion va ketma-ketli.
Kombinatsion qurilmalar yoki avtomatlar deb, chiqish signallari kirish
o‘zgaruvchilari kombinatsiyasi bilan belgilanadigan, ikkita vaqt momentiga ega
bo‘lgan, xotirasiz mantiqiy qurilmalarga aytiladi. Kombinatsion
qurilmalar
HAM-EMAS, YOKI-EMAS va boshqa alohida elementlar yordamida, yoki
o‘rta ISlar, yoki katta va o‘ta katta IS tarkibiga kiruvchi ISlar ko‘rinishda
tayyorlanadi.
Har qanday kombinatsiyalashgan sxemas faqat uchta mantiqiy
elementdan foydalangan holda qurilishi mumkin: YOKI elementi, EMAS
elementi, VA elementlarni bir-biriga bog’lab turli kombinantsion qurilmalar
quriladi.
Raqamli qurilmalarni qurish uchun mantiqiy bazis elementlardan biri VA-
EMAS (Sheffer elementi) dan foydalaniladi. VA-EMAS (Sheffer ME)-
mantiqiy funktsiyasini amalga oshiruvchi HAM-EMAS mantiqiy
elementning shartli belgilanishi va uning haqiqiylik jadvali keltirilgan. Kirish
yo’llariga faqat birlik signali berilsa chiqish yo’lida mantiqiy nol hosil bo’ladi.
3.1-jadval
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Managing pools of drivers between TS servers in a farm

In a farm of Terminal Servers, you might have a large pool of clients with heterogeneous OS versions and a wide variety of client-side printers. If your client base is Windows 2000, your job is simple, because any in-box printer driver on the client side already exists on the server, in DRIVER.CAB. This file redirects any incoming client that uses a Microsoft-supplied driver when needed.
When you have mixed OSs and printer hardware, as in the HP DeskJet 722c scenario, you must investigate driver issues more thoroughly. In a farm with multiple nodes, this problem can affect many different server machines.
To manage the OEM printer drivers on the servers in your Terminal Server deployments, you can use Print Migrator. This tool allows you to create a .CAB file containing an image of all installed printer drivers on one server. The .CAB file can then be loaded on all Terminal Servers in the enterprise or the farm. Using Print Migrator ensures that consistent versions of OEM drivers are installed.
The latest Print Migrator version, 3.0, is available at the following link:
http://www.microsoft.com/windows2000/technologies/fileandprint/print/download.asp
For more information, consult the accompanying README available on this download page.
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Scenario 2 - Windows 2000 Terminal Services Printer Redirection Whitepaper

Scenario 2
For Windows 9x clients, there is a possibility that the name of the pre-installed driver doesn’t match the client-side driver name, or that an exactly matching driver for Win2K doesn’t exist. The administrator can create a custom .INF file to force mismatched driver strings to work together.
CAUTION: Forcing drivers whose string names do not match by default will cause printing problems in some scenarios. To find a substitute driver that works correctly, you might need to consult the manufacturer of the device. You should thoroughly test any substitute drivers on the Windows 2000 Terminal Server side to ensure that they can send printable data to clients’ redirected printers that use different drivers.
The following excerpt is from Q239088 Events 1111, 1105, and 1106 on Terminal Services Server, which can be found at the following location:
http://support.microsoft.com/default.aspx?scid=kb;EN-US;Q239088
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Open Regedt32.exe and locate the following key:
HKLM\SYSTEM\CurrentControlSet\Control\Terminal Server\Wds\rdpwd
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Add the following values:
Name: PrinterMappingINFName
Type: REG_SZ
Data: Name of the .INF file to which you want to redirect lookups.
Example: c:\winnt\inf\ntprintsubs.inf
Name: PrinterMappingINFSection
Type: REG_SZ
Data: Name of the section in the INF file to which you want to redirect
lookups. Example: Printers
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After adding the new registry values above, an .INF file must be created or modified to include the user-defined mappings from the client-side to server-side drivers. This is explained below.
Example of the format for creating a new .INF file:
[Version]
Signature="$CHICAGO$"
[Printers]
"OEM Printer Driver Name" = "Windows 2000 Printer Driver Name"
"HP DeskJet 720C Series v10.3" = "HP DeskJet 722C"
This file can be created with Notepad and must be saved with a .INF file extension. In this example, you would specify the .INF filename that you just created in the PrinterMappingINFName registry value and "Printers" in the PrinterMappingINFSection registry value.
The custom .INF file instructs Windows 2000 to use the HP DeskJet 722C driver when a client with Hewlett-Packard's HP DeskJet 720C Series v10.3 driver connects. These names must match exactly, with identical spacing; the names are also case-sensitive.
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Konvolyutsion asab tizimidagi qatlamlar

Konvolyutsion asab tizimidagi qatlamlar:
Konvolyutsiyali asab tarmog'i tasvirdan ma'lumot olishda yordam beradigan bir nechta yashirin qatlamlarga ega. CNNning to'rtta muhim qatlami:
Konvolyutsiya qatlami
ReLU qatlami
Konsolidatsiya darajasi
To'liq bog'langan qatlam
Konvolyutsiya qatlami Bu tasvirdan qimmatli xususiyatlarni chiqarish jarayonidagi birinchi qadam. Konvolyutsion qatlam konvolyutsiya ishini bajaradigan bir nechta filtrlarga ega. Har bir rasm piksel qiymatlari matritsasi sifatida ko'rib chiqiladi. Piksel qiymati 0 yoki 1 bo'lgan quyidagi 5x5 rasmni ko'rib chiqing. Shuningdek, 3x3 filtri matritsasi mavjud. Filtr matritsasini rasm ustiga siljiting va aniq xususiyat matritsasini olish uchun nuqta mahsulotini hisoblang.
ReLU qatlami ReLU - rektifikatsiyalangan chiziqli birlik. Xususiyat xaritalarini chiqargandan so'ng, keyingi bosqich ularni ReLU qatlamiga o'tkazishdir. ReLU elementar operatsiyani bajaradi va barcha salbiy piksellarni 0 ga o'rnatadi. Bu tarmoqqa chiziqli emaslikni keltirib chiqaradi va hosil bo'lgan natija qayta ko'rib chiqilgan xususiyatlar xaritasidir. Quyida ReLU funktsiyasining grafigi keltirilgan:
R(z)=max(0,z)
Birlashtiruvchi qatlam (Pooling layer) Hovuz - bu xususiyat xaritasi hajmini kamaytiradigan tanlov operatsiyasi. Qayta ko'rib chiqilgan xususiyatlar xaritasi endi birlashtirilgan xususiyatlar xaritasini yaratish uchun birlashma qatlamini kesib o'tadi.
1.2.6-rasm: ushbu rasmda biz max pooling holatini ko’rishimiz mumkin ajratilgan bo’limlardan max sonni tanlab olisnishi
Birlashma qatlami tasvirning qirralari, burchaklari kabi turli qismlarini aniqlash uchun turli xil filtrlardan foydalanadi.
1.2.7-rasm Jarayonning keyingi bosqichi tekislash deb ataladi. Yassilash barcha hosil bo'lgan 2-o'lchovli massivlarni birlashtirilgan xususiyat xaritalaridan bitta uzluksiz chiziqli vektorga aylantirish uchun ishlatiladi.
1.2.8-rasm. Yassilangan matritsa tasvirni tasniflash uchun to'liq bog'langan qatlamga kirish sifatida beriladi
1.2.9-1.2.10-1.2.11-rasmlarda CNN algoritmining tasvirni aniqlashda qanday aniqlikda ishlashi keltirilgan.
Tasvirning piksellari konvolyatsion operatsiyani bajaradigan konvolyatsion qatlamga beriladi.
Natijada kichraytirilgan xarita paydo bo'ladi
Yig’ilgan xarita qayta ishlangan xaritani yaratish uchun ReLU funktsiyasiga qo'llaniladi.
Xususiyatlarni aniqlash uchun rasm bir nechta konvolutsiya va ReLU qatlamlari yordamida qayta ishlanadi.
Tasvirning ma'lum qismlarini aniqlash uchun turli xil filtrlarga ega bo'lgan turli xil biriktiruvchi qatlamlari ishlatiladi.
Birlashtirilgan xususiyatlar xaritasi tekislanadi va yakuniy natija uchun to'liq bog'langan qatlamga uzatiladi.
1.2.12-rasm qatlamlarning ishlash printsipi
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Rekursiv asab tarmoqlari - Sun'iy intellekt uzoq yo'lni bosib o'tish jarayonida kerakli tajribalarni yig’di va odamlar...

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Sun'iy intellekt uzoq yo'lni bosib o'tish jarayonida kerakli tajribalarni yig’di va odamlar hamda mashinalar salohiyati o'rtasidagi farqni muammosiz ravishda to'ldirib kelmoqda
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bet | 5/5 | Sana | 11.12.2023 | Hajmi | 13,9 Kb. | | #116170 |
Bog'liq Sun\'iy intellekt uzoq yo\'lni bosib o\'tish jarayonida kerakli taj-www.hozir.orgRekursiv asab tarmoqlari
Qayta tiklanadigan neyron tarmoqlari - bu rekursiv tarmoqlarning chiziqli me'moriy variantidir. Rekursiya ierarxik xususiyatlar maydonlarida dallanishga yordam beradi va natijada tarmoq arxitekturasi o'qitish davom etar ekan, buni taqlid qiladi. Treningga gradient tushish bilan sub-gradient usullari orqali erishiladi
To'liq takrorlanadigan tarmoqlar
Ko'p qavatli Perceptronning qatlamli topologiyasi saqlanib qolgan, ammo har bir element me'morchilikning boshqa elementlari bilan vaznli aloqaga ega va o'zi bilan bitta qayta aloqa aloqasiga ega. Hamma ulanishlar o'qitilmagan va xato hosilalarining haddan tashqari chiziqliligi an'anaviy Backpropagation ishlamasligini anglatadi va shuning uchun Backpropagation Time by yaklaşımları yoki Stochastic Gradient Descent ishlatiladi.
http://hozir.org
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Bosh sahifa
Aloqalar
Bosh sahifa
Sun'iy intellekt uzoq yo'lni bosib o'tish jarayonida kerakli tajribalarni yig’di va odamlar hamda mashinalar salohiyati o'rtasidagi farqni muammosiz ravishda to'ldirib kelmoqda
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Buyruqlar tizimi arxitekturasi, operandalarning formatlari Reja

Buyruqlar tizimi arxitekturasi, operandalarning formatlari Reja
Download
320,86 Kb.
Matnni ko'rish
Sana
15.05.2024
Hajmi
320,86 Kb.
#234591
Download
320,86 Kb.
Matnni ko'rish
Bosh sahifa
Aloqalar
Bosh sahifa
Dərs
Mühazirə
Qaydalar
Referat
Xülasə
Yazı
Buyruqlar tizimi arxitekturasi, operandalarning formatlari Reja
Download
320,86 Kb.
Matnni ko'rish
NTA-da qatlam turlari - Sun'iy intellekt uzoq yo'lni bosib o'tish jarayonida kerakli tajribalarni yig’di va odamlar...

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Sun'iy intellekt uzoq yo'lni bosib o'tish jarayonida kerakli tajribalarni yig’di va odamlar hamda mashinalar salohiyati o'rtasidagi farqni muammosiz ravishda to'ldirib kelmoqda
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bet | 4/5 | Sana | 11.12.2023 | Hajmi | 13,9 Kb. | | #116170 |
Bog'liq Sun\'iy intellekt uzoq yo\'lni bosib o\'tish jarayonida kerakli taj-www.hozir.orgNTA-da qatlam turlari
Kirish qatlami: Tarmoqlarda faqat bitta kirish qatlami mavjud.
Yashirin qatlam: Tarmoq bir yoki bir nechta yashirin qatlamlarga ega bo'ladi.
Chiqish qatlami: Tarmoqlarda faqat bitta chiqish qatlami mavjud.
Takroriy neyron tarmoqlar yoki RNNlar - bu sun'iy neyron tarmoqning bir turi, bu ichki holatni saqlab turish uchun tarmoq grafigida tsikllarni yaratish uchun tarmoqqa qo'shimcha og'irliklar qo'shadi. Nerv tarmoqlariga holatni qo'shish va'dasi shundaki, ular tartibni o'rganish yoki vaqt muammolari kabi ketma-ketlikni bashorat qilish vazifalarida kontekstni aniq o'rganishlari va ishlatishlari mumkin. Ushbu postda siz chuqur o'rganish uchun ishlatiladigan takrorlanadigan neyron tarmoqlari haqida bilib olasiz. LSTM, GRU va NTM kabi chuqur o'rganish bilan ishlash uchun qanchalik mashhur takrorlanadigan neyron tarmoqlardan foydalaniladi. Yuqori RNNlarning sun'iy neyron tarmoqlarida takrorlanuvchanlikni kengroq o'rganish bilan qanday bog'liqligi. Qanday qilib RNN tadqiqotlari bir qator murakkab muammolarni innovatsion yechimlarga olib keldi. Ommabop tushuncha shundan iboratki, takrorlash tarmoq topologiyasiga xotirani olib keladi. Buni ko'rib chiqishning eng yaxshi usuli bu mashg'ulotlar to'plamida joriy o'quv namunasi uchun ma'lumotlar to'plami bilan misollar mavjud. Bu "odatiy, odatiy ko'p qavatli perceptron singari.
X(i) -> y(i)
Ammo trening misoli avvalgi misoldan olingan ma'lumotlar bilan to'ldiriladi. U takrorlanuvchi asab tarmog'i kabi "noan'anaviy".
[X(i-1), X(i)] -> y(i)
Tarmoqning barcha paradigmalarida bo'lgani kabi, muammo ham kirishni chiqishga qanday ulash, teskari aloqani faollashtirish va keyin konstruktsiyani birlashtirishga o'rgatishdir.
To'liq takrorlanadigan tarmoqlar
Ko'p qavatli Perceptronning qatlamli topologiyasi saqlanib qolgan, ammo har bir element me'morchilikning barcha boshqa elementlari bilan vaznli aloqaga ega va o'zi bilan bitta qayta aloqa aloqasiga ega. Hamma ulanishlar o'qitilmagan va xato hosilalarining haddan tashqari chiziqliligi an'anaviy Backpropagation ishlamasligini anglatadi va shuning uchun Backpropagation Time by yaklaşımları yoki Stochastic Gradient Descent ishlatiladi.
|
|
Bosh sahifa
Aloqalar
Bosh sahifa
Sun'iy intellekt uzoq yo'lni bosib o'tish jarayonida kerakli tajribalarni yig’di va odamlar hamda mashinalar salohiyati o'rtasidagi farqni muammosiz ravishda to'ldirib kelmoqda
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ic_launcher_foreground.xml

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ic_launcher_foreground.xml
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bet | 11/12 | Sana | 17.12.2023 | Hajmi | 1,09 Mb. | | #121185 |
Bog'liq Matkarimov Sardor kurs ishiic_launcher_foreground.xml
ilova iconi uchun dizayn fayli kodi:
xmlns:aapt="http://schemas.android.com/aapt"
android:width="108dp"
android:height="108dp"
android:viewportWidth="108"
android:viewportHeight="108">
android:pathData="M31,63.928c0,0 6.4,-11 12.1,-13.1c7.2,-2.6 26,-1.4 26,-1.4l38.1,38.1L107,108.928l-32,-1L31,63.928z">
android:endX="85.84757"
android:endY="92.4963"
android:startX="42.9492"
android:startY="49.59793"
android:type="linear">
android:color="#44000000"
android:offset="0.0" />
android:color="#00000000"
android:offset="1.0" />
android:fillColor="#FFFFFF"
android:fillType="nonZero"
android:pathData="M65.3,45.828l3.8,-6.6c0.2,-0.4 0.1,-0.9 -0.3,-1.1c-0.4,-0.2 -0.9,-0.1 -1.1,0.3l-3.9,6.7c-6.3,-2.8 -13.4,-2.8 -19.7,0l-3.9,-6.7c-0.2,-0.4 -0.7,-0.5 -1.1,-0.3C38.8,38.328 38.7,38.828 38.9,39.228l3.8,6.6C36.2,49.428 31.7,56.028 31,63.928h46C76.3,56.028 71.8,49.428 65.3,45.828zM43.4,57.328c-0.8,0 -1.5,-0.5 -1.8,-1.2c-0.3,-0.7 -0.1,-1.5 0.4,-2.1c0.5,-0.5 1.4,-0.7 2.1,-0.4c0.7,0.3 1.2,1 1.2,1.8C45.3,56.528 44.5,57.328 43.4,57.328L43.4,57.328zM64.6,57.328c-0.8,0 -1.5,-0.5 -1.8,-1.2s-0.1,-1.5 0.4,-2.1c0.5,-0.5 1.4,-0.7 2.1,-0.4c0.7,0.3 1.2,1 1.2,1.8C66.5,56.528 65.6,57.328 64.6,57.328L64.6,57.328z"
android:strokeWidth="1"
android:strokeColor="#00000000" />
ic_wave_line.png
to’lqin chiziq dizaynini yaratish uchun png formatdagi oddiy rasm fayli:
shape_dashed_line.xml
uzuk-uzuk chiziq chizish uchun dizayn fayl kodi:
android:shape="line">
android:width="1dp"
android:color="@color/black"
android:dashWidth="5dp"
android:dashGap="3dp" />
shape_line.xml
1 ta chiziq chizish uchun dizayn fayl kodi:
android:shape="line">
android:width="1dp"
android:color="@color/black" />
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RNN-Takroriy neyron tarmoq (Recurrent neural network) tahlili

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RNN-Takroriy neyron tarmoq (Recurrent neural network) tahlili
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bet | 3/5 | Sana | 11.12.2023 | Hajmi | 13,9 Kb. | | #116170 |
Bog'liq Sun\'iy intellekt uzoq yo\'lni bosib o\'tish jarayonida kerakli taj-www.hozir.org1.3. RNN-Takroriy neyron tarmoq (Recurrent neural network) tahlili
Takroriy neyron tarmoq (RNN) - bu tugunlar orasidagi bog'lanishlar vaqt ketma-ketligida yo'naltirilgan grafika hosil qiladigan sun'iy neyron tarmoqlari klassi. Bu vaqt o'tishi bilan dinamik xatti-harakatlarni namoyish etishga imkon beradi. Oldinga yo'naltirilgan neyron tarmoqlaridan kelib chiqqan holda, RNNlar o'zlarining ichki holatidan (xotirasidan) foydalanib, o'zgaruvchan uzunlikdagi ma'lumotlarning ketma-ketligini qayta ishlashlari mumkin. Bu ularni qo'l bilan yozishni ajratib bo'lmaydigan bog'lanish yoki nutqni tanib olish kabi vazifalarga moslashtiradi. RNN-ning g'oyasi ma'lumotni doimiy ravishda ishlatishdir. An'anaviy neyron tarmoqlarida barcha kirish va chiqishlar mustaqil deb qabul qilinadi. Ammo bu ko'p vazifalar uchun mos emas. RNNlar takroriy deb nomlanadi, chunki ular ketma-ketlikning har bir elementi uchun bir xil vazifani bajaradilar, natijada chiqishlar oldingi hisob-kitoblarga bog'liq bo’ladi. RNNlarning yana bir talqini: bular avvalgi ma'lumotlarni hisobga oladigan "xotirasi" bo'lgan tarmoqlardir.
"Qayta tiklanadigan asab tarmog'i" atamasi bir-biridan cheklangan, ikkinchisi cheksiz impuls bo'lgan o'xshash umumiy tuzilishga ega bo'lgan ikkita keng tarmoq toifasiga taalluqli ravishda ajratilgan holda ishlatiladi. Ikkala tarmoq tarmoqlari ham vaqt o'tishi bilan dinamik harakatlarni namoyish etadi. Cheklangan impulsli takrorlanuvchi tarmoq - bu kengaytiriladigan va uning o'rnini qat'iy oziqlanadigan neyron tarmog'i bilan almashtirish mumkin bo'lgan yo'naltirilgan asiklik grafik, cheklanmagan impulsli takrorlanadigan tarmoq esa kengaytirilmaydigan yo'naltirilgan tsiklik grafikadir. Ham cheklangan impuls, ham cheksiz impulsli takrorlanadigan tarmoqlar qo'shimcha saqlangan holatlarga ega bo'lishi mumkin va do'kon to'g'ridan-to'g'ri neyron tarmoq tomonidan boshqarilishi mumkin. Qayta tiklanadigan neyron tarmoqlar 1986 yil Devid Ramelxartning ishiga asoslangan edi. Hopfild tarmoqlari - RNNning maxsus turi - Jon Xopfild tomonidan 1982 yilda kashf etilgan. 1993 yilda asab tizimining kompressor tizimi "juda chuqur o'rganish" muammosini hal qildi, bu vaqt o'tishi bilan joylashtirilgan RNNda 1000 dan ortiq keyingi qatlamlarni talab qildi.
1.3.1-rasm: Neyron tarmoq arxitekturasi
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Foydalanilingan adabiyotlar

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Foydalanilingan adabiyotlar
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bet | 5/5 | Sana | 02.01.2024 | Hajmi | 191,45 Kb. | | #129607 |
Bog'liq DiyorbekFoydalanilingan adabiyotlar
https://www.hwlibre.com/uz/3D-printerni-qanday-tanlash-mumkin/#Impresoras_3D_de_resina
1. Houbing Song, Ravi Srinivasan va Sabina Jeshke tomonidan " Smart Devices: Modeling and Analysis for the Internet of Things".
2. Jonatan V. Valvano tomonidan "Embedded Systems: An Introduction to the MSP432 Microcontroller".
3. Jonatan V. Valvano tomonidan "Embedded Systems: Real-Time Operating Systems for ARM Cortex-M Microcontrollers".
4. Jon S. Wilson tomonidan tahrirlangan "Handbook of Sensor Technology".
5. Ramon Pallas- Areniy va Jon G. Webster tomonidan "Configuring Sensors and Alarms".
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Masofaviy nazorat va boshqarish

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Masofaviy nazorat va boshqarish
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bet | 3/5 | Sana | 02.01.2024 | Hajmi | 191,45 Kb. | | #129607 |
Bog'liq DiyorbekMasofaviy nazorat va boshqarish: Ba'zi printerlar jarayon monitoringini (telemetriya yoki kameralar bilan) va masofadan boshqarishni qo'llab-quvvatlaydi. Masalan, bir xil simsiz tarmoqdan va hokazo.
Xavfsizlik: Operatorlar baxtsiz hodisalarga duch kelmasligi uchun ushbu mashinalar barcha kerakli elementlarni yoki himoya tizimlarini o'z ichiga olishi kerak. Masalan, operatorlarning sog'liq uchun zararli bug'larni nafas olishiga yo'l qo'ymaslik uchun kabinalarida HEPA filtr tizimlari va/yoki faollashtirilgan uglerod filtrlari, kuyishlar, kesishlar va hokazolarni oldini olish uchun himoya ekranlari, jarayon davomida, favqulodda to'xtash va hokazolar mavjud.
Sensorlar va boshqaruv: Harorat, nisbiy namlik va boshqalar kabi bosib chiqarish jarayonining shartlari haqida ma'lumotlarga ega bo'lish ham juda muhim.
UPS yoki UPS: uzluksiz elektr ta'minoti tizimlari, bu qismni buzadigan, qorayish yoki elektr uzilishi holatlarida chop etish to'xtamasligi uchun.
Chop etish xizmati (muqobil)
Onlayn 3D bosib chiqarish
Bir nechta borligini bilishingiz kerak onlayn 3D bosib chiqarish xizmatlari, ular siz yuborgan modelni chop etish haqida g'amxo'rlik qilishlari va natijani siz tanlagan manzilga kurer orqali yuborishlari uchun. Ya'ni, o'z 3D printeriga ega bo'lishning muqobili. Bu faqat vaqti-vaqti bilan chop etish zarur bo'lgan hollarda yaxshi bo'lishi mumkin, buning uchun uskunani sotib olishning hojati yo'q yoki ba'zi hollarda faqat qimmatbaho sanoat printer modeli bilan mumkin bo'lgan ma'lum bir qism kerak bo'ladi.
Ba'zilar ma'lum xizmatlar va tavsiya etiladi:
Moddiylashtirish
Protolablar
Innova3D
printerlar
createc3d
craftcloud3D
3D tajriba bozori
Xometriya
Haykaltaroshlik
Jihatidan xarajatlar, barcha xizmatlar narxlarni hisoblashda bir xil darajada shaffof emas, lekin ular odatda quyidagilar yig'indisiga asoslanadi:
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Die Stadt Tegernsee beabsichtigt offenbar, langjährige Eigentümer wie mich aus dem Tal zu vertreiben

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Die Stadt Tegernsee beabsichtigt offenbar, langjährige Eigentümer wie mich aus dem Tal zu vertreiben
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bet | 2/6 | Sana | 27.06.2021 | Hajmi | 146,9 Kb. | | #15233 |
Die Stadt Tegernsee beabsichtigt offenbar, langjährige Eigentümer wie mich aus dem Tal zu vertreiben.
Als Jurist, so Stangl weiter, habe er große Zweifel an der Rechtmäßigkeit der neuen Steuer, da die Steigerung unverhältnismäßig hoch ausfällt. In einer Email an Tegernsees Bürgermeister Johannes Hagn (CSU) erklärt der Jurist nun, dass er beabsichtigt, Widerspruch gegen den Zweitwohnungssteuerbescheid einzulegen. Für ihn ist die Steuererhöhung reine Willkür.
Widerspruch, mit dem Hagn bereits bei der Entscheidung des Tegernseer Stadtrates Mitte Mai gerechnet hatte. Nun erklärt der Rathauschef, wie die Stadt mit Widersprüchen und möglichen Klagen umgeht, und was er persönlich von der Kritik an “seinem” Modell hält.
Tegernseer Stimme: Gab es schon mehrere solcher Beschwerden seit der Zustellung der Steuerbescheide?
Johannes Hagn: Ja, es gab einige Beschwerden und Widersprüche.
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Sollte es mehrere Widersprüche geben – wie wird die Stadt Tegernsee reagieren?

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Sollte es mehrere Widersprüche geben – wie wird die Stadt Tegernsee reagieren?
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bet | 4/6 | Sana | 27.06.2021 | Hajmi | 146,9 Kb. | | #15233 |
Sollte es mehrere Widersprüche geben – wie wird die Stadt Tegernsee reagieren?
Hagn: Die Anzahl der Widersprüche ist rechtlich zunächst unerheblich. Bereits eine Klage könnte die Satzung zu Fall bringen. Anders sieht es im persönlichen Verfahren aus, da hier neben grundsätzlichen Erwägungen auch der persönliche Sachverhalt zu verhandeln ist. Dies heißt, dass ein von der Stadt verlorenes Gerichtsverfahren nicht automatisch die Rechtswidrigkeit der Satzung bedeuten muss, da es sich hier um einen einzelnen Bescheid mit individuellem Sachverhalt handelt.
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