nyuuzyou/kompy huggingface dataset:
– Sanoat tarmoqlarida mehnat unumdorligining oshishi sanoat korxonalaridan ishlovchilar oladigan ish haqi va boshqa daromadlarning oshishiga olib keladi

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– Sanoat tarmoqlarida mehnat unumdorligining oshishi sanoat korxonalaridan ishlovchilar oladigan ish haqi va boshqa daromadlarning oshishiga olib keladi
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bet | 4/4 | Sana | 20.05.2024 | Hajmi | 1,08 Mb. | | #244810 |
Bog'liq 6-topshiriq– Sanoat tarmoqlarida mehnat unumdorligining oshishi sanoat korxonalaridan ishlovchilar oladigan ish haqi va boshqa daromadlarning oshishiga olib keladi. - – Sanoat tarmoqlarida mehnat unumdorligining oshishi sanoat korxonalaridan ishlovchilar oladigan ish haqi va boshqa daromadlarning oshishiga olib keladi.
- – Sanoat korxonalarining innovastion rivojlanishi natijasida mahsulot ishlab chiqarish hajmi oshishi va mehnat unumdorligining o’sishi davlat byudjetiga olinadigan soliqlarning ko’payishiga xizmat qiladi.
- – Davlat byudjetiga tushadigan soliqlarning ko’payishi natijasida qo’shimcha olingan mablag`lar byudjetning qayta taqsimlash funkstiyasi orqali aholiga transfert to’lovlari sifatida berilishi mumkin va bu mamlakatda aholining daromadlari va turmush darajasi oshishida muhim ahamiyat kasb etadi.
Demak, mamlakatimizda sanoatni innovastion rivojlantirish bo’yicha amalga oshiriladigan tadbirlarni takomillashtirilib borilishi aholining turmush farovonligi oshishiga xizmat qiladi. - Demak, mamlakatimizda sanoatni innovastion rivojlantirish bo’yicha amalga oshiriladigan tadbirlarni takomillashtirilib borilishi aholining turmush farovonligi oshishiga xizmat qiladi.
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Bosh sahifa
Aloqalar
Bosh sahifa
– Sanoat tarmoqlarida mehnat unumdorligining oshishi sanoat korxonalaridan ishlovchilar oladigan ish haqi va boshqa daromadlarning oshishiga olib keladi
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?Funktsional-texnologik sxemalarda «satx» qandayharfbilan belgilanadi

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?Funktsional-texnologik sxemalarda «satx» qandayharfbilan belgilanadi
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bet | 14/15 | Sana | 07.12.2023 | Hajmi | 41,19 Kb. | | #113229 |
Bog'liq 03 АСЛЎС ,VERAL TEST YN ishi ?Funktsional-texnologik sxemalarda «satx» qandayharfbilan belgilanadi
+L
=H
=M
=P
?Funktsional-texnologik sxemalarda «bosim» qandayharfbilan belgilanadi
+P
=H
=L
=M
?Funktsional-texnologik sxemalarda «xarorat» qanday xarf bilan belgilanadi
+T
=R
=S
=Q
?Loyihalash jarayonini asosiy aspektlari
+Texnologiik
=Avtomatik
=Konstruktiv
=Konstruktiv, Texnologik, Avtomatik
=Kurilmani aloxida elementlarini elektr
?Boglanishni qanday turdagi sxemalar ifodalaydi
+Printsipiial
=Funktsional
=Strukturaviy
=Montaj
?Sarf nima
+Vaqt birligida o‘tadigan modda miqdorii
=Yuzadan o’tadigan modda miqdori
=Kuchni yuzaga nisbati
=Kuchni yuzaga ko’paytmasi
?Porshenli sarf o'lchagich sxemasi to’g’ri keltirilgan qatorni toping?
=1– qalqovich; 2 - konusli qopqoq; 3 - konvertor; 4 - yozib olish qurilmasi
+1- Korpus ; 2-Porshen; 3-Grus; 4-Yozib olish qurilmasi.
=1 Ratometr sxemasi; 2-Konnus simon trubka; 3-Qalqovuch; 4-Vintli qurilma; 5-Shkala (raqamlar)
=Barcha javoblar to‘g’ri
?Haroratni o‘lchash asbobi ishlash prinsipiga qarab quyidagi guruhlarga bo‘linadi
+Kengayish termometrlari, Manometrik termometrlar, termoelektr termometrlar, qarshiliik termometrlari, Nurlanish termometrlari
=naporomerlar, tyagomerlar , tyagonaporomerlar
=Avtomatik tanometr, Yarim avtomatik tanometr, Mexanik tanometr, Bilak tanometr
?Ishlash usuliga ko'ra bosimni o'lchash uchun mo'ljallangan asboblar....
=Kengayish termometrlari, Manometrik termometrlar, termoelektr termometrlar, qarshilik termometrlari, Nurlanish termometrlari.
=naporomerlar, tyagomerlar, tyagonaporomerlar
=Avtomatik tanometr, Yarim avtomatik tanometr, Mexanik tanometr, Bilak tanometr
+Suyuqlikli manometrlar, Deformatsion (prujinali) manometrlar, Yuk porshenli manometrlar
Elektriik manometrlar.
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Ko‘p yadroli signal protsessorlarni dasturlash

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Ko‘p yadroli signal protsessorlarni dasturlash
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bet | 2/5 | Sana | 19.01.2024 | Hajmi | 1,3 Mb. | | #140743 |
Bog'liq 2-MUSTAQIL ISHKo‘p yadroli signal protsessorlarni dasturlash
Ko‘p yadroli signal protsessorlari (Multi-Core Signal Processors) ko'p xil vazifalarni bir vaqtda bajarish uchun dizayn qilingan protsessorlar hisoblanadi. Bu protsessorlar, signal ishlash, parallel hisoblash, grafika, va boshqa murakkab hisoblash vazifalarini tez va samarali bajarish uchun mo'ljallangan. Ularning boshqa nomlari ham mavjud: Many-Core Processors, Multi-Processor Systems-on-Chip (MPSoC), va boshqalar.
Quyidagi muhim nuqtalarni bilib oling:
Parallel ishlash imkoniyatlari: Ko'p yadroli protsessorlar, bir nechta ishleviy yadrolarga ega bo'lib, shu sababli, ular parallel vazifalarni bajarishga imkon beradi. Bu, yuqori tezlikda hisoblash va ko'p xil vazifalarni bir vaqtda bajarish imkoniyatini beradi.
Ishlovchi yadrolar: Ko‘p yadroli DSP protsessorlarida, har bir yadro o'z maxsus ALU (Arithmetic Logic Unit), registrlar, va boshqa qo'shimcha qurilmalar bilan taminlangan bo'lib, o'zini o'zini boshqarish imkoniyatiga ega.
Task parallelism va data parallelism: Task parallelism, bir nechta vazifalarni bir vaqtda bajarish, va data parallelism esa bir vazifani bir nechta ma'lumotlarga qarab bajarish demakdir. DSP protsessorlari, obyekt, amal, yoki ma'lumot parallelismi qo'llab-quvvatlashda juda samarali bo'lib, vazifalarini qisqarish, energiya qo'ziqligini pasaytirish, va umumiy samaradorlikni oshirish imkonini yaratadi.
Interconnects: Ko'p yadroli DSP protsessorlarida yadro'larning bir-biri bilan murojaat qilish uchun mos keladigan tarmoq (interconnects) tizimi juda muhimdir. Bu, ma'lumotlar almashinuvi, ko'p xil vazifalarni bajarish, va har bir yadro o'rtasida kommunikatsiyani tashkil etishda samarali bo'ladi.
Programmable Logic: Ba'zi DSP protsessorlari, yordamchi loyihalarni (FPGAs) integratsiya qilgan bo'lib, foydalanuvchilarga ma'lumotlar ishlashda yoki ma'lumotlar almashinuvi yaratishda keng imkoniyatlar beradi.
Maxsus yadro architekturasi: Ko'p yadroli DSP protsessorlari, foydalanuvchilar uchun maxsus yadro architekturasiga ega bo'lib, ma'lumotlar almashinuvi va signal ishlash sohalari uchun optimallashtirilgan.
Quvvat birligi: Ko'p yadroli DSP protsessorlari, har bir yadro o'zining quvvat birligiga ega bo'lgan muhim maxsus qo'llanmalarga yoki jismoniy tuzilmalarga muvofiq ishlovchi bo'lib, energiya qo'ziqligini pasaytirishda samarali bo'ladi.
Ko‘p yadroli signal protsessorlarni dasturlash uchun foydalaniladigan asosiy dasturlash tillari C, C++, VHDL, Verilog, va hokazo. Bu protsessorlar, qisqa vaqt ichida yuqori miqdorda ma'lumotni ishlab chiqish va uzatish, telekommunikatsiya, avtomobil tizimlari, tibbiyot, va boshqa sohalarda foydalaniladi.
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Korxonalarda byyj - bet 2

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Korxonalarda byyj
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bet | 2/4 | Sana | 20.05.2024 | Hajmi | 1,08 Mb. | | #244810 |
Bog'liq 6-topshiriqTelekommunikastiya uskunalari, kompyuter texnikasi va mobil telefonlar, keng turdagi maishiy elektronika mahsulotlari ishlab chiqaradigan zamonaviy korxonalar tashkil etilmoqda. Iqtisodiyotimizning deyarli barcha tarmoqlari modernizastiya qilinib, amalda texnologik jihatdan yangilanmoqda. Ana shunday o’zgarishlar natijasida yalpi ichki mahsulot tarkibida sanoatning ulushi hozirgi vaqtda 24,2 foizdan ziyodni tashkil etmoqda. Bu ko’rsatkich 2000 yilda 14,2 foizdan iborat edi.” - Telekommunikastiya uskunalari, kompyuter texnikasi va mobil telefonlar, keng turdagi maishiy elektronika mahsulotlari ishlab chiqaradigan zamonaviy korxonalar tashkil etilmoqda. Iqtisodiyotimizning deyarli barcha tarmoqlari modernizastiya qilinib, amalda texnologik jihatdan yangilanmoqda. Ana shunday o’zgarishlar natijasida yalpi ichki mahsulot tarkibida sanoatning ulushi hozirgi vaqtda 24,2 foizdan ziyodni tashkil etmoqda. Bu ko’rsatkich 2000 yilda 14,2 foizdan iborat edi.”
Mamlakatimizda sanoatni innovastion rivojlantirishda investistiya dasturini amlalga oshirish muhim rol o’ynamoqda. 2013 yilda investistiya dasturini amalga oshirish doirasida mamlakatimizda 13 milliard dollar qiymatidagi kapital qo’yilmalar o’zlashtirildi, bu 2012 yilga nisbatan 11,3 foizga ko’pdir. O’zlashtirilgan kapital qo’yilmalar umumiy hajmining deyarli yarmini, ya’ni 47 foizini xususiy investistiyalar – korxonalar va aholining mablag`lari tashkil etmoqda. Jalb etilayotgan investistiyalarning asosiy qismi – 70 foizdan ortig`i, birinchi navbatda, ishlab chiqarish ob’ektlarini qurishga yo’naltirildi, eng yangi zamonaviy uskunalar xarid qilishga sarflangan investistiyalar ulushi esa qariyb 40 foizni tashkil etdi. - Mamlakatimizda sanoatni innovastion rivojlantirishda investistiya dasturini amlalga oshirish muhim rol o’ynamoqda. 2013 yilda investistiya dasturini amalga oshirish doirasida mamlakatimizda 13 milliard dollar qiymatidagi kapital qo’yilmalar o’zlashtirildi, bu 2012 yilga nisbatan 11,3 foizga ko’pdir. O’zlashtirilgan kapital qo’yilmalar umumiy hajmining deyarli yarmini, ya’ni 47 foizini xususiy investistiyalar – korxonalar va aholining mablag`lari tashkil etmoqda. Jalb etilayotgan investistiyalarning asosiy qismi – 70 foizdan ortig`i, birinchi navbatda, ishlab chiqarish ob’ektlarini qurishga yo’naltirildi, eng yangi zamonaviy uskunalar xarid qilishga sarflangan investistiyalar ulushi esa qariyb 40 foizni tashkil etdi.
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Ko‘p yadroli signal protsessorlari dasturlash

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Ko‘p yadroli signal protsessorlari dasturlash
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Sana | 23.07.2024 | Hajmi | 36,7 Kb. | | #268327 |
Bog'liq Kop Yadroli DSP Dasturlash Mustaqil Ish Uzbek Ko‘p yadroli signal protsessorlari dasturlash 1. Kirish
Ko‘p yadroli signal protsessorlari (DSP) zamonaviy texnologiyalarning ajralmas qismi hisoblanadi. Ushbu kirish qismida DSP’lar haqida umumiy tushuncha beriladi, ularning dasturlashdagi ahamiyati va dolzarbligi, shuningdek, mustaqil ishning maqsadi va vazifalari bayon qilinadi.
DSP’lar turli sohalarda, jumladan telekommunikatsiya, audio va video ishlov berish, tibbiy tasvirlash sohalarida keng qo‘llaniladi. Ushbu ish DSP’larning arxitekturasi, dasturlash muhitlari va amaliy tatbiqlarini chuqur o‘rganishni maqsad qilgan.
2. Asosiy Qism 2.1 Ko‘p yadroli DSP’larning Arxitekturasi
Bu bo‘limda DSP’larning fizik tuzilishi, yadrolar o‘rtasidagi aloqa tizimlari, har bir yadro uchun xotira boshqaruvi va ma'lumot almashinuvi tahlil qilinadi. Arxitekturaning texnik jihatlari, yadro tizimlarining o‘zaro integratsiyasi va ularning ishlash samaradorligi ko‘rib chiqiladi.
2.2 Dasturlash Muhitlari va Asboblar
Effective programming of DSPs requires robust development environments and tools. This part examines popular environments like MATLAB and Code Composer Studio, focusing on how they facilitate the development, testing, and optimization of DSP programs.
2.3 Ilovalar va Amaliy Tatbiqlar
DSP’larning audio va video signalni qayta ishlashda, telekommunikatsiya va meditsina sohalarida qo‘llanilishi, shuningdek, ulardan qanday qilib maksimal darajada foydalanish mumkinligi keltiriladi. Ushbu qismda DSP texnologiyasining turli sohalardagi qo‘llanilishi va kelajakdagi potentsiali muhokama qilinadi.
3. Xulosa
Bu xulosa qismida o‘rganilgan materiallar va erishilgan natijalar umumlashtiriladi. DSP’larning kelajakdagi rivojlanish istiqbollari va ularning texnologik sohadagi o‘rni muhokama qilinadi.
4. Foydalanilgan Adabiyotlar
Bu bo‘limda mustaqil ish tayyorlash jarayonida foydalanilgan barcha manbalar ro‘yxati keltiriladi. Manbalar tegishli ilmiy uslubda formatlanishi kerak.
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Application Design Considerations

Application Design Considerations
Another important difference between the host-based and Terminal Services environments is how applications that run in these environments must be designed. In a centralized host environment, applications must be developed specifically to run in that environment. With Terminal Services, applications designed for any Windows-based environment should work without having to be explicitly developed for the Terminal Services environment. Applications that run on Windows 2000 Server and Windows NT Server 4.0 should run without modification when Terminal Services is enabled.
This is important when you consider the implications of multiple users sharing a Windows 2000-based system simultaneously. Instead of different users running applications using their own computer hardware resources (such as CPU, memory, and disk) and local software resources (such as registry settings, preference files, and dynamic link libraries), Terminal Services users share hardware and software resources. For example, if two users run the same application in a Terminal Services environment, two copies of that application are started in the same system, each operating under a different user context. All of this is managed transparently by Terminal Services within the operating system.
Multiple users accessing the same set of applications in a common system can create contention:
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Proper System Sizing - Optimizing Applications for Windows 2000 Terminal Services and Windows nt server 0

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Optimizing Applications for Windows 2000 Terminal Services and Windows nt server 0
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bet | 9/49 | Sana | 29.03.2021 | Hajmi | 197,5 Kb. | | #13691 |
Proper System Sizing
You can mitigate many of these points of contention by sizing the Terminal Services system with sufficient CPU, memory, and disk resources to handle the client demand. For example, a multiple processor configuration can maximize CPU availability. Installing extra physical memory can maximize memory accessibility. Finally, disk access performance can be made optimal by configuring multiple SCSI channels and distributing your operating system and application loads across different physical drives. Properly configuring a Terminal Services system is a critical element that improves application performance for the client. Deployment guidelines and capacity planning information for Terminal Services system administrators are available on the Microsoft Windows 2000 Web site.
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Users contend for server-side hardware components

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Users contend for server-side hardware components
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bet | 8/49 | Sana | 29.03.2021 | Hajmi | 197,5 Kb. | | #13691 |
Users contend for server-side hardware components. Hardware components such as CD-ROMs, disk drives, serial ports, and parallel ports may be used on the server. When a user wants to access server-side hardware components, he or she may be competing with other users making similar requests. Sharing these traditionally non-shared components creates new considerations for both the users and for the applications that access them.
Users contend for access to global Windows 2000 objects and resources. In the Terminal Services environment, users do not run individual copies of Windows 2000 Professional—some of the core operating system and applications components are cloned, but the remaining ones are shared among the users. Thus users are competing for access to the registry, the paging file, system services, and other global objects and resources.
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Application Installation or Compatibility Scripts

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Application Installation or Compatibility Scripts
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bet | 14/49 | Sana | 29.03.2021 | Hajmi | 197,5 Kb. | | #13691 |
If an older application does not install properly, an Application Compatibility Script may be needed to correct installation problems with the registry or other issues. Scripts for many popular applications such as Microsoft Office are included with Windows 2000 Server Terminal Services. Additional information on these scripts can be found on the Microsoft Web site in the white paper "Using and Developing Applications Compatibility Scripts."
Separation of Local and Global Data Use the HKEY_LOCAL_MACHINE Properly
In the Terminal Services environment, each user receives a HKEY_CURRENT_USER registry hive at logon time that stores user-specific information; however, all users share the HKEY_LOCAL_MACHINE hive. This means that any information placed in the HKEY_LOCAL_MACHINE hive affects all users, while information placed in the HKEY_CURRENT_USER hive affects only one user session.
Some applications make the assumption that one machine equates to one user, and they store user information in the HKEY_LOCAL_MACHINE hive. This practice can create serious problems in a multiuser environment. With this in mind, applications should properly separate global registry information from local (user) registry information, and store information in the correct hive.
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Content Here - Ovozli ma’lumotlar haqida ma’lumot

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Ovozli ma’lumotlar haqida ma’lumot
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bet | 2/2 | Sana | 24.01.2024 | Hajmi | 0,85 Mb. | | #144661 |
Bog'liq ovozli ma\'lumotni qayta ishlashContent Here
You an simply impress your audience and add a unique zing and appeal to your Presentations.
Content Here
You can simply impress your audience and add a unique zing and appeal to your Presentations.
- GarageBand: Agar siz Mac foydalanuvchisisiz, GarageBand sizga ovozni qayta ishlash va musiqa yaratish imkoniyatlarini taqdim etadi. Bu dastur intuitiv tajribali va oson.
GarageBand sayti
- WavePad Audio Editor: Bu dastur ovozni kesish, birlashtirish, tahrir qilish, va boshqa tahriratlar amalga oshirish uchun mo'ljallangan. Uning ochiq versiyasi mavjud va professional versiyasi pul bilan sotiladi.
WavePad sayti
Bu dasturlardan birini tanlang va ovozli ma'lumotni qayta ishlab chiqish va tahrir qilish uchun foydalaning. Har biri o'z mahorati va imkoniyatlariga ega bo'lgan edi, shuning uchun sizning maqsadlaringizga mos keluvchi dasturni tanlashingiz kerak.
Content Here
You an simply impress your audience and add a unique zing and appeal to your Presentations.
- GarageBand: Agar siz Mac foydalanuvchisisiz, GarageBand sizga ovozni qayta ishlash va musiqa yaratish imkoniyatlarini taqdim etadi. Bu dastur intuitiv tajribali va oson.
- WavePad Audio Editor: Bu dastur ovozni kesish, birlashtirish, tahrir qilish, va boshqa tahriratlar amalga oshirish uchun mo'ljallangan. Uning ochiq versiyasi mavjud va professional versiyasi pul bilan sotiladi.
WavePad sayti
Bu dasturlardan birini tanlang va ovozli ma'lumotni qayta ishlab chiqish va tahrir qilish uchun foydalaning. Har biri o'z mahorati va imkoniyatlariga ega bo'lgan edi, shuning uchun sizning maqsadlaringizga mos keluvchi dasturni tanlashingiz kerak.
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Terminal Services Extends Multiuser Capabilities of Windows 2000 Server

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Terminal Services Extends Multiuser Capabilities of Windows 2000 Server
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bet | 3/49 | Sana | 29.03.2021 | Hajmi | 197,5 Kb. | | #13691 |
Terminal Services Extends Multiuser Capabilities of Windows 2000 Server
In addition to providing a means to serve Windows-based applications to terminals and other thin client devices, Terminal Services extends the multiuser capacity of the Windows 2000 Server and Windows NT Server 4.0 operating system family. Of course, Windows 2000 Server and Windows NT Sever 4.0 are inherently multiuser-capable in the following ways:
User profiles stored on the server allow numerous users to see their own desktop preferences and settings and run various applications when they log on. Application features and behavior can be controlled by user profiles.
Security policies control file access rights and permissions for both local and remote client users.
Operating system interfaces allow simultaneous sessions in which users safely access common files and databases stored on file servers throughout a distributed network.
The Terminal Services technology goes beyond the client/server multiuser services listed above, which are an integral part of the Windows 2000 Server and Windows NT Server 4.0 operating system family. The Terminal Services architecture allows users and applications to share hardware and software resources commonly found on a Windows 2000 Professional or Windows NT-based clients in the traditional two or three-tiered client/server architecture. These resources, which instead are shared on the server, include use of a central CPU, memory, and storage, as well as operating system resources such as the registry and other data structures. Developers of applications written for Windows-based desktops can use the information in this white paper optimize their applications to run under Terminal Services.
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Users contend for CPU time - Optimizing Applications for Windows 2000 Terminal Services and Windows nt server 0

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Optimizing Applications for Windows 2000 Terminal Services and Windows nt server 0
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bet | 6/49 | Sana | 29.03.2021 | Hajmi | 197,5 Kb. | | #13691 |
Users contend for CPU time. In the Terminal Services environment, each user has his or her own desktop and can run whatever applications are available to that desktop. However, all applications run by all users are contending for the central CPU resources available on the server machine. If one user runs a poorly written, CPU-intensive application, other users on that server may experience a visible loss of performance.
Users contend for disk access. This is analogous to how users vie for disk access using traditional client/server network connections. In the Terminal Services environment, the input/output demands are more intense because users not only contend for access to applications and related application files, but also for server operating system disk access. For example, multiple users may be making different dynamic link library (DLL) calls at the same time or swapping between real and virtual memory areas. This single disk resource also represents a single drive structure. Using common areas instead of user-specific data directories can result in contention or collision.
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APPENDIX D - Optimizing Applications for Windows 2000 Terminal Services and Windows nt server 0

In the Windows 2000 operating system, the MessageBox* APIs check for the presence of an impersonation token when the MB_SERVICE_NOTIFICATION flag is specified. The impersonation token contains the session id of the client that is being impersonated and that is the session in which the pop-up message box is displayed. RPC based services can use this new MessageBox* feature in conjunction with client impersonation in order to make sure the message box is displayed in the client’s session. The following code demonstrates how an RPC service can take advantage of this feature. (Note, this works with any form of impersonation, not just with RPC services.)
RPC_STATUS RpcStatus;
int iResult;
//
// Impersonate the client. We do this before we call MessageBox*
// because the impersonation token contains the session id of
// our calling client.
//
RpcStatus = RpcImpersonateClient( NULL );
if( RpcStatus != RPC_S_OK ) {
return( STATUS_CANNOT_IMPERSONATE );
}
//
// Now that we’re impersonating, call the MessageBox* API with
// the MB_SERVICE_NOTIFICATION flag. This will redirect the popup
// to the client’s session.
//
iResult = MessageBox(
HWND,
TEXT(“Message to display to user in remote session”),
TEXT(“Caption of Message Box”),
MB_OK | MB_SERVICE_NOTIFICATION
);
//
// Stop Impersonating
//
RpcRevertToSelf();
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Introduction - Optimizing Applications for Windows 2000 Terminal Services and Windows nt server 0

Introduction
Terminal Services is the configurable service included in the Windows 2000 Server operating system that gives it the capability to run 32-bit Windows-based applications centrally from a server. This technology was introduced in Windows NT® Server, Terminal Server Edition, version 4.0, where it continues to deliver the base terminal emulation functionality that customers ask for today. In the Windows 2000 operating system, Terminal Services are fully integrated with the Windows 2000 Server kernel. Terminal Services emulator clients are available for many different desktop platforms (MS-DOS®, Windows, Macintosh, UNIX, and others.) Non-Windows-based desktops require third party add-on software.
Unlike the traditional client/server environment, when Terminal Services are enabled in Windows 2000 Server, all the application processing occurs on the server. The Terminal Services client performs no local processing of applications, it just displays the application output. The Terminal Services technology transmits only the application presentation—the graphical user interface (GUI)—to the client. Each user logs on and perceives his or her session only, which is transparently managed by the server operating system and is independent from any other client session.
From an application development perspective, one of the biggest benefits of Terminal Services is that well-behaved 16- or 32-bit Windows-based applications run, as is—no programming changes are required to run them under Terminal Services. However, this does not mean that all existing applications run equally well under Terminal Services. Understanding how to design applications that take advantage of the new capabilities of Windows 2000 Terminal Services is important. It’s also important to understand how bad programming habits are magnified in the Terminal Services environment, and to recognize where specific programming practices for the multiuser environment can be applied.
Following these guidelines does not limit or compromise the ability of an application to function in the traditional Windows-based client/server environment—Terminal Services-optimized applications work well in both environments.
Note: This white paper examines optimization techniques any application developer can use to ensure his or her Windows-based application runs well under Terminal Services. There is also support in the Windows 2000 Server operating system for a small set of Windows APIs available for Terminal Services. This white paper does not include information on those APIs. A separate white paper is available titled "Using and Understanding APIs for Terminal Server."
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Users contend for Random Access Memory (RAM)

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Users contend for Random Access Memory (RAM)
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bet | 7/49 | Sana | 29.03.2021 | Hajmi | 197,5 Kb. | | #13691 |
Users contend for Random Access Memory (RAM). Each user has an independent session, which he or she can fill with all the memory-intensive applications at his or her disposal. Some users may try to open as many applications on their desktop as they can, while others may take a more conservative approach and run only those applications that they need. Nonetheless, the needs of all the users are satisfied from the same core set of server memory resources.
Users contend for network access. In any distributed processing environment, the network provides the pipeline for communication between the desktop and the servers. In the Terminal Services environment, the need for network access is more critical than in the traditional distributed client/server architecture because all desktop activity—graphical output and mouse/keyboard input—flows over network links between the desktop and the server. Without a functioning network connection to the server, a Terminal Services Client cannot operate at all. The network connection is used to communicate with each client, while still servicing the network needs of the applications and services.
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Ko‘nikmalar jihatidan - Dasturiy injinering

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Dasturiy injinering
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bet | 2/3 | Sana | 07.09.2024 | Hajmi | 90,1 Kb. | | #270535 |
Bog'liq 1 kurs mag DASTURIY INJINERING Sillabus 2Ko‘nikmalar jihatidan:
TN3
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Modulli dasturlash; operatorlarni chekli ayirmali approksimatsiyalash; masalani yyechish uchun yaroqli usullarni tanlash; masalani yyechish algoritmini yaratish; chiziqsiz sxemalarni chiziqlashtirish usullarini qo‘llash bo‘yicha malakalariga ega bo‘lishi kerak
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TN4
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Masalalarni yyechish uchun yaroqli metodlarni tanlash va tahlil qilish; ayirmali sxemalarni tanlash; saqlanish qonunlariga mos ravishda sxemalarni qo‘llash; yuqori aniqlikdagi turg‘un sxemalarni yaratish; ayirmali masalani yyechishning turg‘un usullarini topish; absolyut turg‘un ayirmali sxemalarni olish; olingan natijalarni vizuallashtirish bo‘yicha malakalariga ega bo‘lishi kerak
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Fanning mazmuni
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Mashg‘ulot shakli: ma’ruza (M)
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M1
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Chiziqsiz jarayonlar va masalalar
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M2
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Chekli ayirmali sxemalarning asosiy tushunchalari
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M3
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Chekli ayirmali sxemalar
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M4
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Sonli tenglamalarni yechish usullari
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M5
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Chiziqsiz sohalarda chegaraviy masalalar uchun chekli ayirmali sxemalar
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M6
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Ko‘p o‘lchovli sohalarda chiziqsiz masalalarni sonli modellashtirish va vizuallashtirish (o‘zgaruvchan yo‘nalishlar usuli misolida)
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M7
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Ko‘p o‘lchovli sohalarda chiziqsiz masalalarni sonli modellashtirish va vizuallashtirish (lokal bir o‘lchovli sxema yordamida)
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M8
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Giperbolik turdagi tenglamalar uchun chegaraviy masalalarni sonli modellashtirish va vizuallashtirish
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M9
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Elliptik turdagi tenglamalar uchun chegaraviy masalalarni sonli modellashtirish va vizuallashtirish
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Gulli ekinlar va dekorativ - bargli o'simliklar assortimentini tanlash

Gulli ekinlar va dekorativ - bargli o'simliklar assortimentini tanlash landshaft bezashning jihatlariga ko'p darajada ta'sir ko'rsatadi. Maydonni dekorativ bezatish uchun tanlangan o'simliklar to'plami mazkur badiiy amalga oshirishi uchun zarur bo'lgan barcha elementlarni o'z ichiga olishi kerak. Lekin unda navlar va ranglar miqdori haddan ko'p bo'lmasligi kerak. Hatto keng parterli kompozitsiyalarda ham odatda navlari soni 20—25 va 30 dan ortiq bo'lmagan o'simliklar navlari yetarli bo'ladi, ornamental
gulpushtalarda - 8-10 dan 15 navgacha, gulla-yotgan gulpushtalar va rabatkalarda - 2 tadan 6 tagacha navdagi o'simliklar yetarli bo'ladi.
O'simliklarning yaxshi o'sib ketishini ta'minlash uchun mazkur uchastkaning ekologik talablariga muvofiq tuproq, yorug'lik, issiqlik, namlikka bir xil talabga ega o'simliklarni tanlash kerak emas. Soya uchastkalarda yorug'likni sevuvchi o'simliklarni joylashtirishdan qochish kerak, namlikni yaxshi ko'ruvchi o'simliklar yoniga ortiqcha suvni yoqtirmaydigan o'simliklarni joylashtirmaslik kerak.
O'simh'klarning taqvim vaqtini va gullash davomiyligini hisobga olib tanlash ham juda muhim ahamiyatga ega. Markazni gullar bilan bezatish yetarli darajada dekorativ bo'lishi va butun vegetatsion mavsum mobaynida, erta bahordan kech kuzgacha yaxlit taassurot qoldirishi kerak. Bunga o'simliklarni gulpush-talarda, rabatkalarda, miksborderlarda va guruhlarda gullab bo'lgan o'simliklar o'rniga parallel ravishda boshqalari gullab turadigani hisobiga erishiladi. Bunday usul eng tejamli hisoblanadi, chunk! ko'p yillik o'simliklardan keng foydalanishga yo'l qo'yadi. Ammo undan mas'ul uchastkalarda hamma vaqt ham qo'llanilib bo'lmaydi. Masalan, rasmning aniqligi talab qilinadigan ornamentli gulpushtalarda va rabatkalarda, dekorativligini yo'qotgan o'simliklarni joylashtirib bo'lmaydi. Shuning uchun ham gulpushtalar va rabatkalar uchun deyarli bir paytda gullovchi va so'nuvchi gilam-bargli o'simliklar qo'llaniladi.
Suvli qurilmalar markazdagi maydonlarning landshaftli tashkil etishda muhim rol o'ynaydi. Monumental hal qilishni talab etuvchi zonalarda, odatda, mumtoz shakldagi faworalar va sharsharalar quriladi. Landshaft tashkil etishning zamonaviy an'a-nalari suv mavzusini turlicha talqin qilishi, uni maydonlarning ochiq joylarida va piyodalar maydonlarida o'rnatilishi namunalari bilan to'lib ketgan. Mazkur usullar issiq quruq iqlimda muhitni namlash uchun juda yaxshi natija beradi.
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Comparing Host-Based and Windows 2000-Based Terminal Services

Comparing Host-Based and Windows 2000-Based Terminal Services
In some ways, Terminal Services are analogous to older, centralized host or mainframe, environments. In the centralized host architecture, dumb terminals provide a simple, character-oriented conduit between the user and the host. Users can log on, run programs, read/write shared files, direct output to shared printers, and access shared databases. Furthermore, each terminal session functions independently from other terminal sessions because the arbitration between shared resources is performed deep inside the host operating system.
Terminal Services differ somewhat from the centralized host architecture. The primary difference is the graphical nature of the Windows 2000 Server operating system environment. Host environments have traditionally been character-oriented, requiring only a small amount of traffic (ASCII characters) to travel the communication lines between the host and the terminal or terminal emulator. With Terminal Services, all of the graphical screen output and related input/output (for example, from a mouse or keyboard) must flow between the desktop client (that is, the Windows-based Terminal or terminal emulator running on a computer) and the Windows 2000 Server running Terminal Services. This means for highly graphical and animated applications, a lot of information must travel over the network to the client device. Fortunately, the display protocol that operates between the Terminal Services client and the server optimizes this transmission and is completely transparent to the application developer. Additional information on the Microsoft Remote Desktop Protocol (RDP), the display protocol used by Terminal Services, can be found at the Microsoft Windows 2000 Web site.
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Jahon tarixi fanining predmeti maqsad va vazifalari Jahon tarixi

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Jahon tarixi fanining predmeti maqsad va vazifalari Jahon tarixi
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bet | 1/3 | Sana | 20.11.2023 | Hajmi | 69,5 Kb. | | #102341 |
Bog'liq Jahon tarix 1
Jahon tarixi fanining predmeti maqsad va vazifalari
Jahon tarixi deganda odamzod tarixi tushunilib, paleolit erasidan boshlangan tarix nazarda tutiladi. Oʻz ichiga geologik tarix va odamlargacha biologik eralarni oluvchi Yer sayyorasi tarixidan farq qilib, jahon tarixi odamlarga aloqador arxeologik va yozma manbalarni oʻrganadi. Qadimgi yozma tarix yozuv ixtiro etilishidan boshlanadi.[1][2] Biroq tamaddun ildizlari yozuv ixtirosigacha davrlarga borib taqaladi. Ibtidoiy jamiyat paleolit (tosh) davrida boshlanib, neolit (yangi tosh) va Barakatli Hilol (EA 8000—5000) davrlaridagi ziroat inqilobi bilan davom etadi. Neolit inqilobi oʻsimlik va hayvonlarni tizimli xonakilashtirish bilan xarakterlanib, insoniyat tarixiga katta oʻzgarish olib kirgan.
Ziroat rivoji bilan odamlar koʻchmanchilikdan oʻtroq turmush tarziga oʻta boshlashgan. Bunda koʻchmanchilik umuman yoʻqolib ketmagan, balki oʻsimliklari kam mintaqalarda tarqoq yashovchi jamiyatlarda saqlanib qolgan; lekin nisbatan xavfsizlik va dehqonchilik tufayli koʻpaygan unumdorlik transport vositalarining rivojlanishi bilan birgalikda odamlarga keng koʻlamli tarqalish imkonini berdi.
Dehqonchilik rivojlangani sari gʻallachilik murakkablashib bordi va oziq-ovqatni oʻsish davrlari orasida saqlash uchun mehnat taqsimlanishiga turtki boʻldi. Mehnat taqsimoti keyinchalik boʻsh vaqti koʻp yuqori sinf paydo boʻlishiga va shaharlar kelib chiqishiga olib keldi. Odam jamiyatlari murakkablashishi yozuv va hisob-kitob tizimlarining paydo boʻlishini muqarrar qildi.[6] Aksariyat shaharlar koʻl va daryolar yoqasida yuzaga keldi. EA 3000-yillarga kelib Mesopotamiyada,[7] qadimgi Misrdagi Nil yoqasida[8][9][10] va Ind daryosi atroflarida ilk koʻzga koʻringan va taraqqiy etgan manzilgohlar paydo boʻla boshladi.[11][12][13] Oʻxshash tamaddunlar ehtimol Xitoydagi katta daryolar atrofida ham mavjud boʻlgan, biroq bu mintaqada oʻsha davrga oid katta shaharlar qurilganini tasdiqlovchi arxeologik dalillar nisbatan ishonchsiz.
Boshqa yerlarda, jumladan qadimgi Yaqin Sharq,[22][23][24] qadimgi Xitoy,[25] va qadimgi Hindistonda tarixiy silsilalar oʻzgacha kechdi, bunga Xitoyning Toʻrt Buyuk Ixtirosi, islom oltin davri va hind matematikasi misol boʻladi. Biroq 18-asr oxiriga kelib xalqaro savdo va mustamlakachilik jamiyatlar globallashuviga olib keldi. Oxirgi chorak mingyillikda aholi, bilim, texnologiya, tijorat, qurol-aslahalar kuchi oʻsishi va atrof-muhit buzilishi keskinlashdi, natijada insoniyat hozirda yangi imkoniyat va xatarlarga roʻbaroʻ kelmoqda.
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Foydalanilgan adabiyotlar ro'yxati

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Foydalanilgan adabiyotlar ro'yxati
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bet | 2/2 | Sana | 28.05.2024 | Hajmi | 86 Kb. | | #255688 |
Bog'liq Nigora maqola 3Foydalanilgan adabiyotlar ro'yxati
1. Mirziyoyev Sh. Erkin va farovon, demokratik O’zbekiston davlatini birgalikda barpo etamiz. -T.: “O’zbekiston”, 2016, 30-bet.
1. Abdullaeva, B., Umida, M., Khilola, B., Nigora, N., & Umida, U. (2020). Specificity of individual approach to students with low writing and reading abilities. International Journal of Advanced Science and Technology, 29(5), 1983-1987.
2. Normurodova, N. A. (2021). Development of Professional and Methodical Competence of Future Primary School Teachers in Literacy Teaching. Annals of the Romanian Society for Cell Biology, 8945-8951.
3. Normurodova, N. (2019). DEVELOPMENT OF SPECIAL AND METHODOLOGICAL COMPETENCE OF FUTURE PRIMARY SCHOOL TEACHERS. European Journal of Research and Reflection in Educational Sciences Vol, 7(12).
4. Нормуродова, Н. А., & Имамкулов, Р. Р. (2019). ИНТЕГРИРОВАНИЕ ЭТНОПЕДАГОГИЧЕСКИХ ИСТОЧНИКОВ. Научные горизонты
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Project Scope

Project Scope
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Project Scope
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Prop kompaniyasi bilan savdo qilish bilan bog'liq xavflar

Prop kompaniyasi bilan savdo qilish bilan bog'liq xavflar
Prop firmalari odatda an'anaviy broker bilan savdo qilishdan ko'ra ancha
yuqori xavfga ega. Buning sababi shundaki, prop firmalari odatda an'anaviy
brokerlar kabi tartibga soluvchi himoyaga ega emas. Nihoyat, ko'plab prop
firmalar o'z savdogarlaridan, agar ular hisoblari
qanday boshqarilishidan
norozi bo'lsa, firmani sudga berish huquqidan voz kechishlarini talab qiladi.
Bu omillarning barchasi an'anaviy broker bilan savdo qilishdan ko'ra prop
firmasi bilan savdo qilishni ancha xavfli qiladi.
Agar siz prop firmasi bilan savdo qilishni o'ylayotgan bo'lsangiz, u bilan
bog'liq xavflarni tushunish muhimdir. Firma bilan kelishuv shartlarini
tushunganingizga ishonch hosil qiling va agar biror narsa tushunarsiz bo'lsa,
savollar berishdan tortinmang.
Firma bilan ishlashni boshlaganingizda nimani kutishingiz mumkin?
Prop firmasi bilan ishlashni boshlaganingizda, tajribali mutaxassislarning
yordami va ko'rsatmalariga ishonishingiz mumkin.
Shuningdek, siz savdo
karerangizni keyingi bosqichga olib chiqishga yordam beradigan eksklyuziv
resurslar va imkoniyatlarga ega bo'lasiz.
Bundan tashqari, prop firmalari
odatda sizning savdo tajribangizni yanada yaxshilashi mumkin bo'lgan
raqobatbardosh kompensatsiya paketlari va imtiyozlarni taklif qilishadi.
Prop firmasi bilan savdo qilishda qanday xavflarni inobatga olish
kerak?
Prop firmasi
bilan savdo qilayotganda, xavfsiz qolish uchun qilishingiz
mumkin bo'lgan bir nechta narsa bor.
tradeunion.uz
· Birinchidan, kelishuv shartlarini tushunganingizga ishonch hosil qiling.
· Ikkinchidan, savdo bilan bog'liq xavflardan xabardor bo'ling.
· Uchinchidan, ishonchli brokerdan foydalaning.
· Va nihoyat, agar biror narsa noto'g'ri ko'rinsa, savol berishdan uyalmang.
Xulosa qilib aytadigan bo'lsak, agar siz to'la
vaqtli professional treyder
bo'lishga jiddiy yondashsangiz, prop firmalari
va boshqa imkoniyatlarni
o'rganishni boshlashingiz kerak. Avvaliga oson bo'lmasa-da, mashaqqatli
mehnat va fidoyilik bilan siz muvaffaqiyatli savdogar bo'lishingiz mumkin.
Bu eng ishonchli TOP 3 Prop:
1.
https://trader.ftmo.com/?affiliates=XaKSgwLQpdsyotzVVONk
2.
https://the5ers.com?ref=96791
3.
https://fidelcrest.com#tradeunion
Ssilkalar bo'yicha ro'yhatdan o'tib qo'ying va biz sizni qo'llab-quvvatlab
turamiz. Va prop olishingizda yordam beramiz.
🌏 TradeUnion.uz 📞 +998917981687
Barcha savollar bo'yicha @TU_Supports – telegram
tradeunion.uz
Prop firmasi bilan savdo qilishning afzalliklari

•
Ta'lim: Ko'pgina prop firmalari o'z treyderlariga o'quv va ta'lim
dasturlarini taklif qilishadi. Ushbu dasturlar
sizga savdoning nozik
tomonlarini va turli strategiyalardan samarali foydalanishni o'rgatishi
mumkin.
•
Qo'llab-quvvatlash va maslahat berish. Prop firmalari odatda ijtimoiy
media platformalarida qo'llab-quvvatlash va maslahat berishlari mumkin
bo'lgan tajribali treyderlar jamoasiga ega. Bu sanoatda endigina ish
boshlagan yangi treyderlar uchun juda foydali bo'lishi mumkin.
•
Risklarni boshqarish: Prop firmalarida odatda treyderlarga o'z
risklarini boshqarishda yordam berish uchun risklarni
boshqarish guruhlari
mavjud. Bu yangi va tajribali treyderlar uchun foydali bo'lishi mumkin.
•
Texnologiya: Prop firmalari odatda treyderlarga bozorda ustunlik
berishi mumkin bo'lgan murakkab savdo texnologiyasidan foydalanish
imkoniyatiga ega.
Bular savdo maydonchalari, ma'lumotlar tasmasi va
tahliliy vositalarni o'z ichiga olishi mumkin.
Siz uchun to'g'ri kompaniyani qanday topish mumkin
Siz uchun to'g'ri firmani topish uchun ozgina tadqiqot qiling va boshqa
treyderlar bilan gaplashing. Variantlaringizni qisqartirganingizdan so'ng,
ularning takliflarini yaxshiroq tushunish uchun har
bir firma vakillari bilan
gaplashishga vaqt ajrating. Shundan so'ng siz qaysi firma sizga mos kelishi
haqida qaror qabul qilishingiz mumkin.
Bundan tashqari, siz bir nechta muhim narsalarni yodda tutishingiz
kerak. Avvalo, siz investitsiya maqsadlaringiz
va vazifalaringizni baham
ko'radigan propni izlashingiz kerak. Ikkinchidan, kompaniya ajoyib obro'ga
va tajribaga ega ekanligiga ishonch hosil qiling. Uchinchidan,
tashkilot
mijozlarga mukammal xizmat ko'rsatishi va sizning talablaringizga e'tiborli
ekanligiga ishonch hosil qiling. Nihoyat, siz firma tomonidan olinadigan
tradeunion.uz
to'lovlarni hisobga olishingiz va firmaning savdo platformasi ishonchli va
foydalanuvchilarga qulay bo'lishini ta'minlashingiz kerak bo'ladi.
Ushbu omillarni yodda tutgan holda, siz o'zingizning savdo martabangiz
uchun eng yaxshi tanlov qilishingizga ishonch hosil qilishingiz mumkin.
Kirish. Ma’lumotlar va bilimlar bazasi. Мa’lumotlar bazasining asosiy tushunchalari

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Kirish. Ma’lumotlar va bilimlar bazasi. Мa’lumotlar bazasining asosiy tushunchalari
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bet | 1/2 | Sana | 06.09.2024 | Hajmi | 71,13 Kb. | | #270442 |
Bog'liq 1-tajriba Kirish. Ma’lumotlar va bilimlar bazasi. Мa’lumotlar bazasining asosiy tushunchalari
Reja:
Kirish
Bilimlar bazasi va uning komponentlari
Bilimlar bazasidan foydalanish texnologiyasi
Ma’lumotlar bazasi
Tayanch iboralar: bilimlar ombari, sektorlar, ma’lumotlar, axborotlar, predmet soxasini aniklash, bilimlar tuplamini yaratish, bilimlarni tizimga tushirish, materialni shaklan tasvirlash.
1. 1. Kirish
Ma’lumotlarni qayta ishlash va boshqarish texnologiyasi fanida quyidagi mavzular o’rganiladi:
Ma’lumotlar va bilimlar bankining asosiy tushunchalari. Ma’lumotlar bankining axborot tizimlaridagi o’rni va roli. Ma’lumotlar bankining foydalanuvchilari. Ma’lumotlarni markazlashgan holda boshqarishning ustuvorligi. Ma’lumotlar bazasi fan sohasining axborot modeli sifatida va ma’lumotlar bazasini boshqarish tizimlari (MBBT). Ma’lumotlar bazasining administratori. Ma’lumotlar banki arxitekturasi. Ma’lumotlar omborini infologik loyihalash. Ma’lumotlar modelini tanlash. Ma’lumotlarnig ierarxik, tarmoqli va relyastion modellari, ularning tuzilmasi tiplari. Asosiy amallar va cheklovlar, EHM xotirasida ma’lumotlar tuzilmasini tasvirlash. Fayllar tizimini yaratishning zamonaviy tedenstiyalari. Ishlab chiqarishdagi MBBT lar tahlili. Ma’lumotlar bankining rivojlanish tendenstiyalari.
1.2 Bilimlar bazasi va uning komponentlari.
Iktisodiy faoliyatni boshkarishning avtomatlashtirilgan axborot texnikasini axborotli ta’minlashda sun’iy akl soxasining kullanishi katta kizikish uygatadi, bu soxadagi yutuklarni amalga oshirishning shakllaridan biri ekspertli tizimlarni yukori malakali mutaxassislar , ekspertlar bilimlarini tizimli jamlash, umumlashtirish, taxlil kilish va baxolashga asoslangan maxsus kompyuter tizimlarini yaratashdan iboratdir. Ekspertli tizimda bilimlar bazasidan foydalaniladi , unda anik muammo soxa xakidagi bilimlar beriladi.
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Animatsiya asoslari

1/8
Animatsiya asoslari
O'rnatilgan animatsiya imkoniyatlarining mavjudligi WPF platformasining asosiy xususiyatlaridan
biridir. WPF-dagi animatsiyalar haqiqatan ham kuchli va ulardan foydalanish juda oson. Ammo
animatsiyalarni yaratishga o'tishdan oldin, cheklovlar haqida darhol aytishimiz kerak:
Bitta animatsiya faqat bitta qaramlik xususiyatida ishlaydi
Xususiyatni animatsiya qilish uchun sizga ushbu xususiyat turini qo'llab-quvvatlaydigan
animatsiya sinfi kerak. Masalan, turni ifodalovchi uzunlik, kenglik kabi xususiyatlarni
o'zgartirish
uchun doubleDoubleAnimation klassi mo'ljallangan . Fon yoki shrift rangini
o'zgartirish uchun -
ColorAnimation , xususiyatni o'zgartirish uchun Margin-
ThiknessAnimation .
WPF da animatsiya uchun nom maydoni System.Windows.Media.Animation. Unda turli xil
xususiyatlarni jonlantirishga imkon beradigan juda katta sinflar to'plami mavjud. Ammo, aslida,
barcha animatsiya sinflarini shartli ravishda uch guruhga bo'lish mumkin:
Qiymatlarning chiziqli interpolyatsiyasini
amalga oshiradigan sinflar, shuning uchun
jonlantirilganda xususiyat o'z qiymatini silliq o'zgartiradi. Odatda, bunday sinflar naqsh
nomi bilan ataladi TypeAnimation, bu erda Typeanimatsiya qilinayotgan xususiyatni
ifodalovchi ma'lumotlar turi, masalan DoubleAnimation:
ByteAnimation
Rangli
animatsiya
DecimalAnimation
Ikki tomonlama animatsiya
Int16
animatsiyasi
2/8
Int32 animatsiyasi
Int64 animatsiyasi
Nuqta animatsiyasi
Point3DAnimation
Quarternion animatsiyasi
RectAnimation
Rotation3DAanimation
Yagona animatsiya
Animatsiya hajmi
Qalinlik animatsiyasi
Vektor animatsiyasi
Vector3DAanimation
Asosiy kadrlar yoki kadrlarni jonlantiruvchi sinflar (kadrma-kadr animatsiyasi). Bunday
sinflar
odatda naqsh nomi bilan ataladi TypeAnimationUsingKeyFrames,
masalan,DoubleAnimationUsingKeyFrames
Mantiqiy animatsiya kalit ramkalaridan foydalanish
ByteAnimationKeyFramesUsing
CharAnimationKeyFrames
yordamida
ColorAnimationKeyFrames yordamida
DecimalAnimationKeyFrames yordamida
DoubleAnimationUsingKeyFrames
Int16AnimationKeyFramesUsing
Int32AnimationUsingKeyFrames
Int64AnimationUsingKeyFrames
MatrixAnimationKeyFrames yordamida
ObjectAnimationKeyFramesUsing
3/8
PointAnimationKeyFrames yordamida
Point3DAnimationKeyFramesUsing
QuarternionAnimationKeyFrames yordamida
RectAnimationKeyFrames yordamida
Rotation3DAAnimationKeyFramesUsing
SingleAnimationKeyFramesUsing
SizeAnimationKeyFrames yordamida
StringAnimationKeyFramesUsing
Kalit ramkalardan foydalanishda
qalinlik animatsiyasi
Vektor animatsiyasi kalit ramkalardan foydalanish
Vector3DAnimationKeyFrames yordamida
Animatsiya uchun PathGeometry obyektidan foydalanadigan sinflar. Bunday sinflar odatda
naqsh nomi bilan ataladi TypeAnimationUsingPath,
masalan,DoubleAnimationUsingPath
DoubleAnimationUsingPath
MatrixAnimationUsingPath
PointAnimationUsingPath
Animatsiya XAML kodida deklarativ yoki C# kodida dasturiy ravishda
yaratilishi va ishlatilishi
mumkin.
U. X. Xonqulov matematikaning stoxastika

U. X. Xonqulov matematikaning stoxastika
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U. X. Xonqulov matematikaning stoxastika
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Olamdagi narsa va hodisalar - Ijod va ilmiy tadqiqot-bilish faoliyatining mahsuli. Ijod ilmiy faoliyatni maqsadli...

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Ijod va ilmiy tadqiqot-bilish faoliyatining mahsuli. Ijod ilmiy faoliyatni maqsadli tashkil etish omili
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bet | 4/4 | Sana | 15.12.2023 | Hajmi | 28,21 Kb. | | #119292 |
Bog'liq Ijod va ilmiy tadqiqot-bilish faoliyatining mahsuli. Ijod ilmiy Olamdagi narsa va hodisalar tabiatidagi muqobilliklarni ko'ra bilish va shakllantirish, fantaziyani ifodalay olish, savol bera olish va yuzaki izohlardan qochish, qunt, mustaqil pozitsiya, tavakkalga tayyorgarlik,
о ‘rganilayotgan muammoga katta qiziqish;
9. O’z-o’zini shakllantirish, yuksaltirishga intilish, qilayotgan ishini burch deb bilish, shaxsning autentikligi, o’z kuchiga ishonch, yuqori darajadagi tanqidiylik va refleksiya. Agar odam o’zini ijodiy fikrlashga majbur qilishning yo'lini bilganda hamma daho bo ‘lar edi. Ayni shu ma’noda, biz ijodni buyuk topishmoq va shu bilan birga buyuk baxt deyishimiz mumkin. Ehtimol har bir odam o‘zining ijodiy faoliyati orqali ijodning turli qirralarini aks ettirishi va takomillashtirib borib biron-bir unga aloqador yangi g‘oyalarni shakllantirish imkoniyatiga ham ega bo‘Iishi mumkin.
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