nyuuzyou/kompy huggingface dataset:
Bajardi: 210-21- guruh talabasi To’laganov Ikromjon Tekshirdi

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Bajardi: 210-21- guruh talabasi To’laganov Ikromjon Tekshirdi
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bet | 1/7 | Sana | 18.05.2024 | Hajmi | 40,04 Kb. | | #241317 |
Bog'liq tarmoq (1)
O‘ZBEKISTON RESPUBLIKASI
RAQAMLI TEXNOLOGIYALAR VAZIRLIGI
MUHAMMAD AL-XORAZMIY NOMIDAGI
TOSHKENT AXBOROT TEXNOLOGIYALARI UNIVERSITETI
Kompyuter injiniringi fakulteti
Axborot xavfsizligi kafedrasi
Tarmoq xavfsizligi fanidan
Mustaqil ish
Mavzu: Seans sathi umumiy risklari
Bajardi: 210-21- guruh talabasi
To’laganov Ikromjon
Tekshirdi: Bekmirzayev Obidjon
TOSHKENT – 2024
Reja:
Seans sathi haqida umumiy tushuncha
Seans sathining vazifalari
Seans sathi umumiy risklari
Seanslar sathi kompyuter tarmog'ining yetti sathli OSI modelida 5-qatlam hisoblanadi.
Seans sathi - (eng. session layer) modeli ilovalarni uzoq vaqt davomida bir-biri bilan muloqot qilish imkonini beruvchi aloqa seansining saqlanishini ta'minlaydi. Ushbu sathda sessiyani yaratish/tugatish, axborot almashish, vazifalarni sinxronlashtirish, ma'lumotlarni uzatish huquqini aniqlash va ilovalarning harakatsizligi davrida sessiyani saqlab turishni boshqaradi.
Seanslar sathi – bu sath dialogni boshqarishni ta’minlaydi, tomonlardan qaysi biri hozirda faol ekanligini aniqlab borish vazifasini bajaradi va ishlash jarayonini bir-biriga moslashtirish vositalarini (sinxronlash) vositalarini taqdim etadi.
Seans sathi protokollari - ADSP (AppleTalk Data Stream Protocol), ASP (AppleTalk Session Protocol), H.245 (Call Control Protocol for Multimedia Communication), ISO-SP (OSI Session Layer Protocol (X.225, ISO 8327)), iSNS (Internet Storage Name Service), L2F (Layer 2 Forwarding Protocol), L2TP, NetBIOS (Network Basic Input Output System), PAP (Password Authentication Protocol), PPTP (Point-to-Point Tunneling Protocol), RPC (Remote Procedure Call Protocol), RTCP (Real-time Transport Control Protocol), SMPP (Short Message Peer-to-Peer), SCP (Session Control Protocol), ZIP (Zone Information Protocol), SDP (Sockets Direct Protocol)…
Seans sathi – ikkita o’zaro ishlovchi xostlar o’rtasida aloqani o’rnatish, boshqarish va uni yakunlash vazifalarini bajaradi.
Seans sathi ma'lumot almashishlar o'rtasidagi dialog boshqaradi va quyidagi vazifalarni bajaradi:
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Obtaining a New Domain - Chapter 9: Web Site and Server Maintenance

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Chapter 9: Web Site and Server Maintenance
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bet | 4/28 | Sana | 21.03.2017 | Hajmi | 430 Kb. | | #805 |
Here are reasons why you might want to run your own server:
-
You want to do sophisticated animations or implement “front end” Web connections with existing databases, and your service provider can’t offer services as efficiently or effectively as you could on-premises.
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You have a very large amount of data – so much that it is impractical to move the data to the off-premises server.
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You already have an Internet infrastructure in place – for instance, a high-speed link to the greater Internet – and you want to take advantage of that existing infrastructure.
-
You feel it is inevitable that you will learn server technology, and now is as good a time as any.
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Ionlı reaksiyalar - 11-tema. Elektrolitik dissotsiatsiyalanıw. Dissotsiatsiyalanıwh dárejesi hám konstantası. Ionlı...

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11-tema. Elektrolitik dissotsiatsiyalanıw. Dissotsiatsiyalanıwh dárejesi hám konstantası. Ionlı reaksiyalar Joba
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bet | 3/4 | Sana | 30.11.2023 | Hajmi | 133,5 Kb. | | #108864 |
Bog'liq 11 - temaIonlı reaksiyalar
Elektrolitik dissotsiatsiyalanıw teoriyasına muwapıq elektrolitlarning eritpelerde júz bolatuǵın barlıq reaksiyalar ionlar arasındaǵı reaksiyalar esaplanadı. Olar ionlı reaksiyalar, bul reaksiyalardıń teńlemeleri bolsa ionlı teńlemeler dep ataladı. Olar reaksiyalardıń molekular formada jazılǵan teńlemelerine qaraǵanda ápiwayı hám talay ulıwma xarakterge iye boladı. Reaksiyalardıń ionlı teńlemelerin dúziwde soǵan ámel qılıw kerek, kem dissotsiatsiyalanadigan, kem eriytuǵın (shókpege túsetuǵın) hám gazsimon elementlar molekular formada jazıladı. Elementtıń formulası janında qoyılatuǵın ↓ belgi sol element reaksiya sheńberinden shókpe jaǵdayında shıǵıp ketiwin, ↑ belgi bolsa element reaksiya sheńberinden gaz jaǵdayında shıǵıp ketiwin ańlatadı. Tolıq dissotsiatsiyalanadigan kúshli elektrolitlar ion jaǵdayında jazıladı. Teńlemediń shep bólegindegi elektr zaryadlar jıyındısı onıń oń bólegindegi elektr zaryadlar jıyındısına teń bolıwı kerek. Bul qaǵıydalardı puqta ózlestirip alıw ushın eki mısal kórip shıǵamız.
1-mısal. Temir (III) xlorid menen natriy gidroksid eritpeleri arasındaǵı reaksiya teńlemesin molekular hám ionlı formada jazıń. Máseleniń sheshimin tórt basqıshqa bólemiz.
1. Reaksiyanıń teńlemesin molekular formada jazamız :
FeCl3 + 3NaOH → Fe(OH)3 + 3NaCl
2. Jaqsı dissotsiatsiyalanadigan elementlardı ionlar jaǵdayında, reaksiya sheńberinden shıǵıp ketediganlarini - molekulalar jaǵdayında suwretlep, bul teńlemeni qaytaldan jazamız :
Fe3+ + 3Cl- + 3Na+ + 3OH- →Fe(OH)3↓ + 3Na+ + 3Cl-
Bul reaksiyanıń tolıq ionlı teńlemesi bolıp tabıladı.
3. Tolıq ionlı teńlemediń eki bóleginen birdey ionlardı, yaǵnıy reaksiyada qatnasıw etpeytuǵın ionlardı (olardıń tiyine sızılǵan ) shıǵarıp taslaymiz hám reaksiyanıń teńlemesin juwmaqlawshı kóriniste jazamız :
Fe3+ + 3OH- → Fe(OH)3↓
Bul reaksiyanıń qısqartirilgan ionlı teńlemesi bolıp tabıladı. Bul teńlemeden kórinip turıptı, olda, reaksiyanıń mánisi Fe3+ hám OH- ionlardıń óz-ara tásirinen ibarat, bunıń nátiyjesinde Fe(OH)3 shókpesi payda boladı. Bunda sol ionlar óz-ara tásirlashgunga shekem bul ionlar qaysı elektrolitlarning quramına kirgenliginiń ulıwma áhmiyeti joq.
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-rasm 
1-rasm - 2-mavzu: Blokcheyn texnologiyalarining jahon miqyosidagi o‘rni, roli va uni rivojlantirish istiqbollari

kalitlar bilan amalga oshiriladi. Bunda kalit sifatida 256, 512 bit uzunlikdagi tub
sonlar qo’llaniladi. Misol uchun,
𝐾 = 117316195423570985008687907853269984665640564039457584
007913129639935
yuqorida aytib o’tganimizdek, mazkur kalit hesh funksiya (SHA, SHA1, SHA2,
SHA256, SHA512, MD3, MD4, MD5 h.k.) algortimlari orqali hisoblanadi. Kiruvchi
boshlang’ich ma’lumotlarni heshlash natijasida yangi kalitlar hisoblanadi. Heshlash
jarayoni shunday hususiyatga egaki, kiruvchi ma’lumotlarda kichik o’zgarishlar yuz
bersa natija to’lig’i bilan o’zgaradi. Bu jarayon quyidagicha 1-jadvalda keltirilgan.
Bloklarni qayta jo’natish usuli - 2-mavzu: Blokcheyn texnologiyalarining jahon miqyosidagi o‘rni, roli va uni rivojlantirish...

blokcheyn texnologiyasida suniy yozuvlar va bloklarni shakllantirgan holda
foydalanish mumkin emas. Chunki foydalanuvchilar kalitlarni tekshirgan holda
bloklarni qabul qiladilar. Lekin,
𝐸 abonenti suniy bloklarini qabul qilishlari uchun,
pul mablag’lari o’tkazilganligi haqidagi yo’lg’on xabarni uzatishi mumkin. Bunda
foydalanuvchilar bu xabarni haqiyqiy deb hisoblagan holda blokni qabul qilsalar
suniy blok haqiyqiy blokka aylanadi aks holda suniy blokligicha qolaveradi.
𝐸
abonenti bu amalni qanchalik bajara olishini aniqlashda bloklarning yozuvlar
korpusini o’rganish zarurli va yetarli. Blokcheyn bloklaridagi yozuvlar korpusi
maydonlari quyidagicha 13-rasmda keltirilgan.
13-rasm
-jadval 
Blok - 2-mavzu: Blokcheyn texnologiyalarining jahon miqyosidagi o‘rni, roli va uni rivojlantirish istiqbollari

firibgarlik qilishga urinishlar bo’lishi mumkin. Lekin blokcheyn tizimi
markazlashtirilmaganligi sababli tizimda markaziy administrator mavjud emas.
Shundan yuqorida aytganimizdek barcha foydalanuvchilar o’z bloklarini
boshqaradilar va bloklardagi yozuvlarni yo’q qilish imkoniyatiga ham ega
bo’ladilar. Blokcheyn texnologiyasini sohalarga qo’llagan holda boshqaruv tizimini
yaratish tizimlardagi vositachilarga, banklarni vositachi dasturiy ta’minlariga, davlat
haqiyqiylikni tasdiqlovchi bo’limlariga, auditorlar, kuzatuvchilar, sug’urta
kompaniyalarining qisman turlari yordamidan voz kechish imkoniyatini yaratadi (2-
rasm).
2-rasm
I. O’quv fanining dolzarbligi va oliy kasbiy ta’limdagi o’rni

Dasturlash asoslari
3
I. O’quv fanining dolzarbligi va oliy kasbiy ta’limdagi o’rni
“Dasturlash asoslari” fanining bosh maqsadi talabalarga qo’yilgan masalani
echadigan kompyuter dasturini tuzish asoslarini o’rgatishdir. Shu maqsadda dasturlash
tillari va muhitlari haqida tayanch tushunchalar beriladi va bu tillardan foydalanishga
o’rgatiladi.
Fan nazariy va amaliy qismlardan iborat. Nazariy qism informatika va hisoblash
texnikasi, algoritmlar, C/C++ dasturlash tili, C++Builder ob’ektga yo’naltirilgan dasturlash
muhitlarida ishlash bo’yicha ko’rsatmalar bo’limlaridan tashkil topgan.
Dasturda kompyuterda dasturlashga kirishning nazariy asosi bo’lgan algoritmlarga
alohida e’tibor qaratilgan. Bu erda algoritmlarni tavsiflash va keyinchalik kompyuterda
amalga oshirish uchun zarur bo’lgan bir qator matematik tushunchalar - takrorlash,
yordamchi algoritm, rekursiya, xotira, massiv, indeks, funksiya, parametr va h.k. kiritilib,
turli xil sinf masalalarining algoritmlari tuziladi.
Dasturlash tili - tuzilgan algoritmni kompyuter amalga oshirishi uchun vositadir. Bu
o’rinda turli murakkablikdagi sintaksis va semantikaga ega bo’lgan tillardan foydalanish
mumkin.
“Dasturlash asoslari” fani yo’nalishning o’quv rejasidagi “Ehtimollar nazariyasi”,
“Sonli usullar”, “Diskret matematika va matematik mantiq” fanlari bilan uzviy bog’liq. Fan
mazmuni yo’nalishning o’quv rejasidagi “Matematik statistika”, “Ilmiy hisoblashlar”,
“Mexanika”, “Oddiy differenstial tenglamalar”, “Xususiy hosilali differenstial tenglamalar”
fanlarini o’zlashtirishda tayanch hisoblanadi.
“Dasturlash asoslari” fani umumkasbiy fan hisoblanadi va o’quv yilining 1-2
semestrlarida o’qitiladi. Fanni o’qitish ma’ruza, amaliy mashg’ulot va mustaqil ta’lim
shaklida olib boriladi.
Mazkur dasturga ko’ra ushbu fan doirasida ko’plab model masalalar o’rganiladiki, bu
mazkur fanni chuqur o’rgangan har bir bakalavr olgan bilim va ko’nikmalarini ishlab-
chiqarishda, ilmiy-tadqiqot ishlarida, shuningdek, talim tizimida samarali foydalanishi
imkonini beradi.
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Blok tuzilishi - 2-mavzu: Blokcheyn texnologiyalarining jahon miqyosidagi o‘rni, roli va uni rivojlantirish istiqbollari

qiladi. Shunday qilib, barcha blokcheyn zanjiri bloklari kalitlarini ko’rgan holda,
ixtiyoriy ma’lumotlatning haqiyqiyligini tekshirish mumkin. Tekshirish jarayonida,
tartib raqami to’g’ri kelmaydigan yoki zanjirning ixtiyoriy bo’lagiga qo’shilgan
yangi bloklarda kalit asosan bloklarga kiritilgan yozuvlarning o’zi bo’ladi. Umumiy
qilib aytganda, ma’lumotlarning haqiyqiyligiga va konfedentsialligiga oson ishinch
hosil qilish mumkin.
Ikkinchidan, blokning kaliti tizim xavfsizligining darajasini belgilovchi muhim
xavfsizlik qoidalarini qanoatlantirishi kerak, tizimning havfsizlik darajasi blokcheyn
zanjirlaridagi bloklar soni o’sishi natijasida o’zgaradi. Bunda, bloklarning kalitlari
nollardan tuzilgan holda boshlanishi kerak. Kalitlarning bu turdagi generatsiyasi
yangi haqiyqiy va sun’iy bloklarni yaratishga imkoniyat yaratadi. Lekin, shuni
e’tirborga olish kerakki har bir ma’lumotlar yig’indisi uchun ixtiyoriy vaqt
momentida bitta o’zgarmas kalit qo’llaniladi. Endi blokcheyn zanjirlari bloklariga
qo’llaniladigan kalitlarni yasash jarayonini ko’rib chiqamiz.
Blokcheyn zanjirlariga bo’lishi mumkin bo’lgan tahdidlar

Blokcheyn zanjirlariga bo’lishi mumkin bo’lgan tahdidlar. Har bir
tizimning o’ziga xos yovuz niyatli abonentlari ya’ni kriptoanalitiklari mavjud
bo’ladi. Bloklar zanjirlaridagi ma’lumotlarga ham tahdidlar uyushtirilishi yoki
bloklardagi yozuvlarni qalbakilashtirish kabi amallarni bajarishga harakat qiluvchi
yovuz niyatli
𝐸 abonentlar mavjud. Yovuz niyatli 𝐸 abonenti bloklar yozuvlariga
yoki ularning kalitlariga kriptohujumlarni uyushtira olmaydi, nazariy tomondan bu
mumkin emas. Lekin,
𝐸 yovuz niyatli abonent suniy bloklar qo’shgan holda
blokcheyndagi boshqa foydalanuvchilarni aldashga urinishi mumkin. Blokcheyn
tizimiga bo’ladigan kripto hujumlarni quyidagicha ko’ramiz.
Suniy blok kiritish usuli. Mayli bizga quyidagicha bloklar zanjiri berilgan
bo’lsin, Bu zanjirdagi barcha bloklardagi ma’lumotlar konfedentsialligi
ta’minlangan bo’lib, bloklardagi barcha yozuvlar tizim foydalanuvchilari tomonidan
haqiyqiy deb hisoblaniladi 10-rasm. 10-rasm
10-rasm. Blokcheyn tizimida mayning qilingan bloklar zanjiri. Bloklar Blokchain Demo 1 platformasi orqali yaratildi va mayning jarayoni amalga oshirildi.
10 – rasmda ko’rib turganimizdek bloklar zanjiri tuzilib ma’lumotlar
joylashtirilgan. Yozuv niyatli
𝐸 abonenti bu bloklar zanjiriga ta’sir ko’rsata olmaydi.
Lekin, oldindan mavjud bo’lgan muhim ma’lumotlarni kiritgan holda mos kalit hosil
qilib yangi suniy blok shakllantirishga harakat qilishi mumkin 11-rasm. 11-rasm
11-rasm. Suniy blok kiritish sxemasi (Suniy blok kiritish jarayoni Blokchain Demo 2 platformasi orqali yaratildi).
𝐸 yovuz niyatli mayner shakllantirilgan suniy blok sarlavhasiga o’zidan oldingi blok
kalitini kiritadi va tizimdagi barcha foydalanuvchilarga uzatadi. Lekin, qabul
qiluvchi foydalanuvchilar suniy blok mavjudligini oson va qisqa vaqt momentida
aniqlaydi. Sababi, yangi kiritilgan suniy blokning kalitini undan oldingi bloklar
1
https://andersbrownworth.com/blockchain/blockchaindemo
Blokcheyn texnologiyasini visuallashtirish, bloklar
yaratish, mining jarayonini amalga oshirish, heshlash kabi jarayonlarni amalga oshiruvchi virtual laboratoriya
platformasi.
2
https://andersbrownworth.com/blockchain/blockchaindemo
Blokcheyn texnologiyasini visuallashtirish, bloklar
yaratish, mining jarayonini amalga oshirish, heshlash kabi jarayonlarni amalga oshiruvchi virtual laboratoriya
platformasi.
kalitlariga qo’shib hisoblanmaganligi uchun keyingi foydalanuvchilar kalitlariga
mos kelmaydi.
-rasm - 2-mavzu: Blokcheyn texnologiyalarining jahon miqyosidagi o‘rni, roli va uni rivojlantirish istiqbollari

foydalanuvchilar yozuvlar zanjirlarini kengaytirishi va blokcheyndagi axborotni
o’zgartirish huquqiga ega bo’ladi. Endi, yuqoridagi misolni qaraylik. Faraz qilaylik,
oldingi yozuvda “Foydalanuvchi paroli: 5552155166512220358481516581”
blokcheyn sharti bilan foydalanuvchiga pul mablag’I yuborilgan. Qabul qiluvchi
𝐴
foydalanuvchisi o’zining parolli bloklash qoidasiga asoslanib maxfiy kalitni (parol)
kiritgan holda yangi yozuv shakllantiradi va qoida asosida bajariladi.
𝐴
foydalanuvchisi o’zining “𝐴𝐵𝐶𝐷𝐸𝐹” parol kalitini hisoblaydi va yangi rekord
blokcheyn qoidasining bajarilishining natijasi
oldingi blokcheyn holatiga
almashtiriladi, agarda almashtirish aniqlansa yozuv haqiyqiy deb hisoblanadi va
yozuv maynerga uzatiladi. Agarda uzatilgan xabar paroli hatoligi aniqlansa,
blokcheyndagi barcha haqiyqiy foydalanuvchilar xabarni uzatmaydi va mayner
xabarni blok yozuvlariga aylantirmaydi. Bundan,
blokdagi yozuvlar korpusiga
kiritilgan har qanday yozuvlar haqiyqiy deb hisoblanmaydi va qalbakiligi oson
tekshiriladi[6].
Xulosa qilib aytganda, blokcheyn texnologiyasining qo’llanilishi yuqori
daraja himoyalanishga olib keladi. Albatta bu yuqorida keltirilgan mulohazalarning
qo’llanilishi natijasida amalga oshiriladi. Yuqoridagi mulohazalardan kelib chiqqan
holda blokcheyn texnologiyasining qanchalik
murakkab strukturaga ega
ekanligining guvohi bo’ldik. Blokcheyn texnologiyasining kriptobardoshliligini
aniqlashda esa mumkin bo’lgan kriptohujum va firibgarliklarning nazariy tarafdan
imkonsiz ekanligini ilmiy tadqiqot natijasida ko’rib chiqdik. Bu albatta blokcheyn
texnologiyasining hozirgi zamon axborotlashtirish sohasida revolyutsiyasi
ekanligini yana bir marotaba isbotlaydi. Bu butun dunyoda vositachilik, firibgarlik,
ko’z bo’yamachilik, ko’rruptsiya hakazo kabi jamiyat ildizini kemirayogan zarar
kunandalardan xolos bo’lishning eng maqbul yechimidir.
Misol tariqasida,
jamiyatning asosiy bo’g’inlaridan biri bo’lgan bank molya sohasida blokcheyn
texnologiyasini qo’llash, banklardagi kreditlash tizimining shaffofligini
ta’minlashda katta ahamiyat kasb etadi. Bank tzizmida pul aylanmasining yoqqol
ko’rinishi namoyon bo’ladi. Buning natijasida har hil
firibgarliklar va molyaviya
jiniyatlarning oldini olgan holda bank tashkilotlarining bankrolik holatlariga tushib
qolmasliklarining oldini olishga asos bo’ladi. Yana shuni aytish joizki, bu
texnologiya orqali ipoteka kreditlari, avtokreditlar, avtomobillarni
ijaraga olish
hakazo amallarni bajarish mutlaqo ishonchli turda amalga oshiriladi. Albatta bu
fuqorolarimizning davlat organlari va tashkilotlariga bo’lgan ishonchini yanada
mustahkamlaydi. Bu kabi ishochning mustahkamlanishi barcha harakat qilgan holda
yurtimizning ertangi kuni uchun rivojlanishi uchun xizmat qiladi.
0 the Pre-History

0 the Pre-History
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20 Fantastic Kali Linux Tools

20 Fantastic Kali Linux Tools
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Redistribution Requirements

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Redistribution Requirements
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bet | 5/17 | Sana | 24.03.2021 | Hajmi | 54,76 Kb. | | #13518 |
Redistribution Requirements. If you redistribute the Redistributables, you agree to: (i) distribute the Redistributables only in conjunction with and as part of your Application that adds significant and primary functionality to the Redistributables; (ii) ensure, in the event you reproduce either the “citylist.csv” or the “timezones.csv” files as part of your Application, that such databases are kept updated and do not violate any law or policy; (iii) not use Microsoft’s name, logo, or trademarks to market your Application; (iv) include a valid copyright notice on your Application in your name; (v) indemnify, hold harmless, and defend Microsoft from and against any claims or lawsuits, including attorney’s fees, that arise or result from the use or distribution of your Application; and (vi) not permit further distribution of the Redistributables by your end-users. The following exception applies to subsection (vi), above: you may permit further redistribution of the Redistributables by your distributors to your end-user customers if your distributors only distribute the Redistributables in conjunction with, and as part of, your Application and you and your distributors comply with all other terms of this EULA.
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| |
ENTIRE AGREEMENT - End-user license agreement for microsoft software

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End-user license agreement for microsoft software
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bet | 14/17 | Sana | 24.03.2021 | Hajmi | 54,76 Kb. | | #13518 |
10.ENTIRE AGREEMENT. This EULA (including any addendum or amendment to this EULA provided by Microsoft which is included with the SOFTWARE PRODUCT) is the entire agreement between you and Microsoft relating to the SOFTWARE PRODUCT and support services (if any), and it supersedes all prior or contemporaneous oral or written communications, proposals, and representations with respect to the SOFTWARE PRODUCT or any other subject matter covered by this EULA. To the extent the terms of any Microsoft policies or programs for support services conflict with the terms of this EULA, the terms of this EULA shall control.
12. QUESTIONS? Should you have any questions concerning this EULA, or if you desire to contact Microsoft for any reason, please contact the Microsoft subsidiary serving your country, or write: Microsoft Sales Information Center/One Microsoft Way/Redmond, WA 98052-6399.
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Wifi Attacking - 20 Fantastic Kali Linux Tools

pattern, it’s much noisier than other methods of password cracking. The brute force
methods of password stealing that Hydra allows are very effective and exceptionally
fast, but this should be considered a fallback tool for highsecurity environments as it
will increase your chances of being detected.
Supported protocols in Hydra
11.
Owasp
ZAP
For the securityminded, Owasp should be a familiar name. The Open Web
Application Security Project is well known as one of the most respected and active
open source security projects on the internet. Founded as a nonprofit in 2001, the
Owasp team has been active in information security, development of penetration tools
and digital freedom movements.
ZAP
is the “Zed Attack Proxy Project”. The tool is
simple enough for new penetration testers, and robust enough for professional
environments. Both passive and active scanners are built in, and brute force attacks
can be used to break in and hunt for files even if there are no direct links to the files to
be detected.
Other Redistributable Files

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Other Redistributable Files
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bet | 4/17 | Sana | 24.03.2021 | Hajmi | 54,76 Kb. | | #13518 |
Other Redistributable Files. Provided that you comply with the terms of Sections 1(c) and (d), Microsoft also grants you the non-exclusive and limited right to reproduce and distribute (i) the object code versions of the Sample Code (including any modifications made thereto); (ii) the *.dll files (object files), the *.lib files (library files) the *.pdb files (debug files) and the *.h (header files) resulting from the modifications made to the ATL and MFC source code pursuant to this EULA; and (iii) the Redistributable Binary Files listed on Exhibit A, as part of your Application (“Redistributables”).
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LIMITATION DE RESPONSABILITÉ ET RECOURS

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LIMITATION DE RESPONSABILITÉ ET RECOURS
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bet | 17/17 | Sana | 24.03.2021 | Hajmi | 54,76 Kb. | | #13518 |
LIMITATION DE RESPONSABILITÉ ET RECOURS. MALGRÉ TOUT DOMMAGE QUE VOUS POURRIEZ ENCOURIR POUR QUELQUE RAISON QUE CE SOIT (Y COMPRIS, MAIS SANS LIMITATION, TOUS LES DOMMAGES MENTIONNÉS CI-DESSUS ET TOUS LES DOMMAGES DIRECTS ET GÉNÉRAUX), LA SEULE RESPONSABILITÉ DE MICROSOFT ET DE SES FOURNISSEURS EN VERTU DE TOUTE DISPOSITION DE CETTE CONVENTION ET VOTRE UNIQUE RECOURS EN REGARD DE TOUT CE QUI PRÉCÈDE SONT LIMITÉS AU PLUS ÉLEVÉ DES MONTANTS SUIVANTS: SOIT (A) LE MONTANT QUE VOUS AVEZ PAYÉ POUR LE PRODUIT, SOIT (B) UN MONTANT ÉQUIVALANT À CINQ DOLLARS U.S. (5,00 $ U.S.). LES LIMITATIONS, EXCLUSIONS ET RENONCIATIONS CI-DESSUS S’APPLIQUENT DANS TOUTE LA MESURE PERMISE PAR LA LÉGISLATION EN VIGUEUR, ET CE MÊME SI LEUR APPLICATION A POUR EFFET DE PRIVER UN RECOURS DE SON ESSENCE.
Sauf lorsqu’expressément prohibé par la législation locale, la présente convention est régie par les lois en vigueur dans la province d’Ontario, Canada. Pour tout différend qui pourrait découler des présentes, vous acceptez la compétence des tribunaux fédéraux et provinciaux siégeant à Toronto, Ontario.
Si vous avez des questions concernant cette convention ou si vous désirez communiquer avec Microsoft pour quelque raison que ce soit, veuillez contacter la succursale Microsoft desservant votre pays, ou écrire à: Microsoft Sales Information Center, One Microsoft Way, Redmond, Washington 98052-6399.
Exhibit A
Microsoft Windows SDK for Pocket PC 2003 End User License Agreement
Modifiable Code
Microsoft Active Template Library file:
Atlce400.dll,
Microsoft Foundation Classes runtime and OLE files:
mfcce300.dll,
olece300.dll,
citylist.csv
timezones.csv
Redistributable Binary Files
Microsoft eMbedded Visual Basic Runtime (must be distributed in CAB installer form):
msvbppc.armv4.cab
msvbppc.x86.cab
Pocket PC Game API:
gx.dll
Microsoft Windows CE Web Server (must be distributed in CAB installer form):
httpserver.ppc2003arm.ms.pocketpc.cab
httpserver.ppc2003x86.ms.pocketpc.cab
Microsoft Windows CE Message Queuing:
mqoa.dll
msmqd.dll
msmqrt.dll
msmqadmext.dll
msmqadm.exe
visadm.exe
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20 Fantastic Kali Linux Tools - bet 4

In Kali open up your Iceweasel browser. Exploit DB is already bookmarked.
Phase Five
Reporting
20.
RecordMyDesktop
While working with all the above tools, we leap over the line from safe to illegal and
work directly with tools that could easily break a business. The point of a penetration test is to
attack an environment in a controlled way so the defenders can have accurate and honest
information on their weaknesses. Offensive security is a defensive tool. As flashy as exploits
may be, everything in your offensive arsenal comes down to a simulated attack. Wargaming is
only as good as the lessons learned at the end. RecordMyDesktop is the least technical tool
on this list, but in my opinion, the most important. Showing exactly how an exploit worked, and
having a clear and objective record of the attack taking place will be essential for the analysis
and cleanup stages after the penetration test has completed.
Remember to ask questions when in doubt. The tools listed here can be used for great evil,
and that’s exactly why they were included. Knowing the enemy is half the battle.
Keep yourself safe, and happy hacking.
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Password Attacks - 20 Fantastic Kali Linux Tools

17.
Yersinia
A relatively older tool launched by the
S21Sec team in 2005
, Yersinia has returned to
popularity as a reliable tool that attacks Layer 2 network systems. Instead of more
traditional attacks like ARP poisoning or cache attacks, Yersinia is able to go after
switches and hubs. With many networks having limited defenses and poorly organized
or configured networking hardware, Yersinia is a prime example of a tool striking
where your target is weakest. Further, as these most defensive security tools guard
web portals, databases and workstations, Yersinia is working in an environment where
noise is the standard and detection is generally weaker.
18.
Durandal’s Backdoor
(DBD)
DBD is an new and often overlooked tool used to maintain access to compromised
systems. This is an absolutely essential part of a successful penetration test,
especially in light of recent high profile attacks to Home Depot and Target where
attackers stayed in the system for weeks after gaining access. DBD is currently
operating in only TCP/IP protocol. Reconnection testing is a less exciting part of
exploitation, but key to making sure defensive systems have had their problems
actually solved. Successful DBD testing will make sure the security hole was actually
closed, instead of simply throwing the attackers out while leaving the door open.
19.
Exploit Database
(EDB)
While not directly an offensive exploit tool, the exploit database built in to Kali Linux is
the best location for the most uptodate exploits available. Maintained by the Kali
Linux, Metasploit, and Offensive Security teams, EDB is the possibly the best place on
the internet to find exploits in any number of areas. Searchable by description, author,
platform, type, language or port, EDB is currently holding over 30,000 known exploits
at the time of writing.
DASTUR KODI - Rus svet yorugʻlik va yun phoros eltuvchi yorugʻlik signali beradigan elektr qurilma

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Rus svet yorugʻlik va yun phoros eltuvchi yorugʻlik signali beradigan elektr qurilma
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bet | 2/2 | Sana | 15.05.2024 | Hajmi | 2,02 Mb. | | #235739 |
Bog'liq Aqilli Shahar 1.2DASTUR KODI
int pushButton = 2;
int led1 = 7;//авто
int led2 = 6;
int led3 = 5;
int led4 = 4;//пешеход
int led5 = 3;
void setup()
{
Serial.begin(9600);
pinMode(7, OUTPUT);
pinMode(6, OUTPUT);
pinMode(5, OUTPUT);
pinMode(4, OUTPUT);
pinMode(3, OUTPUT);
pinMode(pushButton, INPUT);
}
void loop() {
int buttonState = digitalRead(pushButton);
Serial.println(buttonState);
if (buttonState == HIGH) {
digitalWrite(3, HIGH);
digitalWrite(7, HIGH);
delay(3000);
digitalWrite(7, LOW);
delay(1000);
digitalWrite(7, HIGH);
delay(1000);
digitalWrite(7, LOW);
delay(1000);
digitalWrite(7, HIGH);
delay(1000);
digitalWrite(7, LOW);
delay(1000);
digitalWrite(7, HIGH);
delay(1000);
digitalWrite(7, LOW);
delay(1000);
digitalWrite(7, HIGH);
delay(1000);
digitalWrite(7, LOW);
delay(1000);
digitalWrite(7, HIGH);
delay(1000);
digitalWrite(7, LOW);
delay(1000);
digitalWrite(6, LOW);
delay(1000);
digitalWrite(6, HIGH);
delay(1000);
digitalWrite(6, LOW);
delay(1000);
digitalWrite(6, HIGH);
delay(1000);
digitalWrite(3, LOW);
digitalWrite(6, LOW);
delay(50);
digitalWrite(5, HIGH);
digitalWrite(4, HIGH);
delay(5000);
digitalWrite(4, LOW);
delay(1000);
digitalWrite(5, LOW);
delay(1000);
digitalWrite(5, LOW);
digitalWrite(3, HIGH);
delay(50);
}
if (buttonState == LOW) {
digitalWrite(3, HIGH);
digitalWrite(7, HIGH);
}
}
Dastur link
https://www.tinkercad.com/things/favTWV6xWKt-copy-of-maket-svetofora-s-kodom
Xullosa
Dastur orqali hayotdagi real vaxt tizimida ishlaydigan qurilmalarning yasalish va dasturlash muhitini o’rgandik.
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software product license - End-user license agreement for microsoft software

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End-user license agreement for microsoft software
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bet | 2/17 | Sana | 24.03.2021 | Hajmi | 54,76 Kb. | | #13518 |
software product license
Important – Read Carefully
The SOFTWARE PRODUCT is protected by copyright laws and international copyright treaties, as well as other intellectual property laws and treaties. Microsoft or its suppliers own the title, copyright and other intellectual property rights in the SOFTWARE PRODUCT. The SOFTWARE is licensed, not sold.
Introduction:
1. GRANT OF LICENSE.
a. SOFTWARE PRODUCT. Microsoft grants to you a limited, non-exclusive, nonassignable, non-transferable, personal right to install and use the enclosed SOFTWARE PRODUCT on a single computer on your premises for the sole purposes of developing and testing your software applications and/or drivers for products that use Windows CE.NET operating system software.
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b. Additional Rights and Limitations

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b. Additional Rights and Limitations
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bet | 3/17 | Sana | 24.03.2021 | Hajmi | 54,76 Kb. | | #13518 |
b. Additional Rights and Limitations.
Your Application. Provided you comply with the terms of this Section 1(b), Microsoft grants you the non-exclusive and limited right to use and modify the source code version of those portions of the SOFTWARE PRODUCT that are identified as “Sample Code” in the SOFTWARE PRODUCT and/or “Redistributable Binary Files,” or “Modifiable Code” in the attached Exhibit A, including the Microsoft Active Template Library (“ATL”) and Microsoft Foundation Classes runtime (“MFC”), and to develop and test your application (“Application”) for use solely with Microsoft Windows for Pocket PC Software. The “Sample Code,” “Redistributable Binary Files” and “Modifiable Code” shall collectively be referred to herein as “Sample Code.”
ATL/MFC Files. You may redistribute the unmodified file object code version of the ATL and MFC files identified as atlce300.dll, atlce400.dll and mfcce300.dll in object code solely under their original filenames and solely as part of your Application. In the event you modify atlce300.dll, atlce400.dll or mfcce300.dll source code you may redistribute the resulting object code file solely as part of your Application provided that you: (1) rename the file(s); and (2) include a statement in documentation accompanying your Application that states "These files have been modified. The modified ATL/MFC files are not provided by Microsoft. Support for these modified ATL/MFC files is not provided by Microsoft." A copy of this no support by Microsoft statement must be included in the same directory in which you locate the modified MFC files.
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VI - How to Communicate Across Network Boundaries?

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VI - How to Communicate Across Network Boundaries?
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bet | 2/16 | Sana | 19.03.2017 | Hajmi | 311,67 Kb. | | #231 |
I- Introduction: How Will the History of the Internet Be Told?
In a review essay in the December 1998 issue of the American Historical Review, the author, Roy Rosenzweig points to how rarely most histories of the 20th century mention either computers or the Internet. Rosenzweig, however, predicts that this will soon change. He writes:
It is a fair guess that textbooks of the next century will devote
considerable attention to the Internet and larger changes in
information and communication technologies that have emerged so
dramatically in recent years.
Then he asks the question, "How will the history be written?"
Discussing several recent books about the history and development of the Internet, Rosenzweig suggests that no one single account is sufficient; that there will need to be a more adequate history written which will include aspects of all the books.
The review raises the question of what is needed to write the history of the Internet. It also considers whether the books already written meet the challenge or if there are essentials left out that can be investigated and documented.
Several of the books that have been written thus far focus mainly on the development of the ARPANET.(1) The ARPANET was an important predecessor to the Internet. It is the network that demonstrated to the world that large scale packet switching would be a feasible form of computer communications technology. Describing the ARPANET’s contribution to the development of the Internet, Robert Kahn, co-inventor of the TCP/IP protocol explains: "The ARPANET was helpful in that it demonstrated the power of networking even though for a single network and community. The kinds of things that happened there, happen in all kinds of networks and communities. It also showed the importance of protocols and introduced an example of protocol layering (e.g. FTP on top of NCP on top of the communication subnet.)"(Kahn, Email, September 15, 2002.) This new technology made possible the resource sharing of human and computer resources.(2) This background helps to understand the origins of the Internet.
The history of the ARPANET and of packet switching, however, is not the history of the Internet. The ARPANET was a single network that linked heterogeneous computer systems into a resource sharing network, first within the US, and eventually it had tentacles to computer systems in other countries.(3) The ARPANET also supported the sharing of human resources and enabled people to interact. But the computer systems had to meet certain requirements, including permission from the US government to connect to the ARPANET. The history of the ARPANET is the history of some of the foundations for the Internet. But it is not the history of the Internet. "What the ARPANET didn't address,” Kahn clarifies, “was the issue of interconnecting multiple networks and all the attendant issues that raised." (Kahn, Email, September 15, 2002)(4)
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VIII - Early Norwegian Internet Research Challenges

VIII - Early Norwegian Internet Research Challenges
During its earliest stage, Lundh's research group consisted of his 2 graduate students and himself. By 1974 he was able to get Paal Spilling assigned to his group, Spilling had a PhD in nuclear physics and was interested in the networking project. Subsequently other qualified engineers were assigned by NDRE to the research group. Lundh describes the change Spilling's participation made in the NDRE research group. He writes (Lundh, Email, June 12, 2002)(19):
"Paal Spilling came to my group in 1994....I recruited him from
one of my colleague's group(s) at NDRE where he had become superfluous.
At that time I had good contact with people in PSP and INWG. I
participated in their meetings and knew Peter Kirstein. They were all
delighted that I finally got someone beside me. And - as I recall -
Peter offered to have him at UCL for a couple of months to give a
flying start, which was very good and useful indeed. Paal soon
got the whole networking business 'under his skin' and after that
participated together with me in all the meetings. He soon became
the main contributor to the networking effort at NDRE, for some time
being the only one who spent full time in it."
Lundh emphasizes that the continual invitation to the Norwegian
Telecommunications Administration Research Establishment (NTA-RE) to participate in the research led to "the free loan for experimental purposes of a spare channel in the INTELSAT IV satellite and a spare line between NDRE and the existing Scandinavian Satellite Earth Station at Tanum, Sweden. This permission was obtained in 1975 permitting the SIMP - Satellite IMP - to be installed at the Tanum Station in mid 1975. From then on SATNET had three ground stations permitting experiments involving contentious traffic situations. Mario Gerla in Leonard Kleinrock's group at UCLA was very active in the SATNET studies which eventually resulted in the CPODA-protocol for Contention Priority Oriented Demand Access."(Lundh) According to Lundh, other researchers in Norway were not eager to use the NORSAR TIP during the 1970s. But interest was expressed by the staff at NORSAR in utilizing the ARPANET as an alternative to the channel they had for exchanging seismic data with the US. Lundh notes that "Commercial traffic was prohibited in the Arpanet from the outset and that was still the rule as the network changed into the Internet. The network was an experimental facility supported for research purposes."(Lundh, 18)(20)
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Foydalanilgan adabiyotlar - 2-mavzu: Blokcheyn texnologiyalarining jahon miqyosidagi o‘rni, roli va uni rivojlantirish istiqbollari

Foydalanilgan adabiyotlar
1.
Melanie Swan. All rights reserved / Перевод. Блокчейн. Схема новой
экономики. - М. Свон- «ОлимпБизнес», 2015
2.
URL: https://russian.rt.com/tag/blockchein
3.
URL:
https://bits.media/news/kak-pravitelstva-raznykh-stran-budut-
ispolzovat-blokcheyn/
4.
URL: http://www.tadviser.ru/index.php_(Blockchain)
5.
URL:
https://www.kursiv.kz/news/hi-tech/v-kazahstane-planiruet-
ispolzovat-tehnologiu-blokcejn-v-finanasovom-sektore/
6.
URL: https://habrahabr.ru/post/323128/
REFERENCES
1.
Melanie Swan. All rights reserved. Perevod. Blokchejn. Skhema novoj
ehkonomiki [Translation. Blokcain. Scheme of new economy]. Moscow, Svon-
«OlimpBiznes» Publ., 2015.
2.
URL: https://russian.rt.com/tag/blockchein
3.
URL:
https://bits.media/news/kak-pravitelstva-raznykh-stran-budut-
ispolzovat-blokcheyn/
4.
URL: http://www.tadviser.ru/index.php_(Blockchain)
5.
URL:
https://www.kursiv.kz/news/hi-tech/v-kazahstane-planiruet-
ispolzovat-tehnologiu-blokcejn-v-finanasovom-sektore/
6.
URL: https://habrahabr.ru/post/323128/
Our attempt - Mavzu: speaker indenfication guruh: 051-20 Bajardi

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Mavzu: speaker indenfication guruh: 051-20 Bajardi
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bet | 6/7 | Sana | 08.01.2024 | Hajmi | 0,52 Mb. | | #132475 |
Bog'liq 1 TIZIM SIGNAL TOP 1 Our attempt
We collected a small sample of voices of 32 interpreters. Each interpreter had between 1-3 recordings, where each of the 57 recordings was between 21 and 192 seconds long. Altogether, the whole data set was ~83 minutes long.
After extracting the XVectors of each recording, they were subsequently averaged to get 32 speaker vectors – each with 128 dimensions. Below, we used the popular t-SNE algorithm to visualize this multidimensional space in 2D:
Each color dot represents files belonging to individual speakers (we assigned fake names to the speakers’ samples). The annotated crosses are the vectors representing the „average” for each speaker. We can observe several potential issues with the data. The samples of different speakers are not always close to their average. Furthermore, several speakers are very close to each other. This means they will be difficult to differentiate. As an aside, note how the method separated male speakers from female ones. This was not intentional and simply stems from similarity of different voices.
The next step was to take a collection of unlabeled audio files and use the method on them. For this demonstration, we took 246 files, but this time we always extract a 30 second segment from the middle of each file. For the visualization, we use the same crosses as in the plot above, but the dots represent the still unidentified files.
We can use this information to try and assign each file to a speaker, but there are a few observations we can make first. We can see that not all speakers are present in this collection of files (some crosses don’t have any dots close to them), but also there are a few files (in the center, around coordinates [7,-7]) that don’t match any of the speakers we have in our enrollment database (dots have no crosses close to them). To make the matching possible, we will assign a score between each speaker and each file (so 7872 different scores) and for each file choose the speaker with the highest score. However, if the score is too low (usually below 0), we can assume that the file doesn’t match any of the speakers in our enrollment database.
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EVAM Speaker Identification

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EVAM Speaker Identification
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bet | 3/7 | Sana | 08.01.2024 | Hajmi | 0,52 Mb. | | #132475 |
Bog'liq 1 TIZIM SIGNAL TOP 1 EVAM Speaker Identification
EVAM successfully realized the project that goes one step ahead of time on the speaker identification module developed with deep learning. Also, EVAM gathered different artificial intelligence algorithms in deep learning and brought systems such as speech/speaker recognition, identification, and verification together under one roof. And the exciting part is, the module works with high accuracy.
The module, which can successfully work on all languages, has primarily trained on data of Turkish speakers. As is known, the English language is preferred in the development of such algorithms since there are lots of data. However, although there are few data sources for the Turkish module, it has been revealed in the test results that it has a high accuracy rate. The result shows us that the module can perform high accuracy for other languages as well.
What are the Areas of Usage in Real Life Problems?
EVAM speaker identification module can be used in all EVAM’s products which allow end-to-end customer journey orchestration. EVAM Actions enables enterprises to design customer journeys in real-time or manage customers’ engagement, demand, and expectations from banking to e-commerce. EVAM Intelligence, which is a continuous intelligence tool, gives a chance to understand what customers may need as the next step. EVAM Rule of Things (RoT) allows you to design device journeys to manage big data and use the internet of things on a platform that is secure, fast, and useful.
EVAM allows this speaker identification to be used for voice signature as a service in mobile security stages. Also, it can be used in many different sectors such as banking, insurance, e-commerce, telecommunication, etc.
With the speaker identification module, companies can obtain much knowledge from customers speaking. For example, it can deduce information such as where the customer lives, psychological condition, age, or gender from the accent and frequency of the speech. Moreover, it can instantly predict the problems that may occur in the call center customer experience, based on the speech of the customers. Also, speaker diarization (overlapped speaker detection) of more than one speaker and identifying the target speaker.
Furthermore information about EVAM Actions And EVAM Intelligence
EVAM speaker module also can detect malfunctions that can be machine or engine troubles with EVAM Rule of Things from the incoming sound data in the production area. Besides, it can contribute to getting sharper results by contributing to IoT data used in predictive maintenance estimation.
Furthermore information about EVAM Rule of Things
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Space roar: NASA detected the loudest sound in the universe, but what is it?

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Space roar: NASA detected the loudest sound in the universe, but what is it?
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bet | 2/7 | Sana | 08.01.2024 | Hajmi | 0,52 Mb. | | #132475 |
Bog'liq 1 TIZIM SIGNAL TOP 1 Space roar: NASA detected the loudest sound in the universe, but what is it?
www.space.com
Speech recognition technologies are the most important and indispensable branch of the evolutionary tree in artificial intelligence. Usage fields of speech recognition technologies increase widespread due to easy development and practicability. The best known of these applications is Apple’s Siri, Amazon’s Alexa, Google’s Google Assistant, and Microsoft’s Cortana. These are based on basis of NLP algorithms. Studies in the field of NLP date back to the 1950s. In this sense, like the algorithms and sound processing techniques developed over time, they started to work in an integrated manner. With the strengthening of computers, the use of these techniques has continued to be widespread and developed.
In the traditional method, speech recognition progressed more by converting speech to text, analyzing it, then converting it back to speech. On the other side, direct speaker identification systems have been developed with new current algorithms. Thus, architectures that focus directly on the sound without any textual transformation processes were built.
By using deep learning methods, new possibilities encountered by the system in different issues can be reprocessed. In this way, content-independent systems can be produced. Considering the development of speaker identification systems, it is aimed that all the steps mentioned will work independently from subject-based variables using deep learning methods. Additionally, a system to be prepared in this direction must have high software and hardware (such as GPU) processing capabilities.
Image and sound are unstructured data. However, the image has more features that can be processed than the sound. So, deep learning algorithms are widely used for image processing or computer vision. However, it has recently been realized that processing the sound with deep learning is more effective than the traditional methods.
Algorithmic Pattern of Speakers Identification
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XI - The Vision - The Internet: On its International Origins and Collaborative Vision a work In-Progress

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The Internet: On its International Origins and Collaborative Vision a work In-Progress
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bet | 3/16 | Sana | 19.03.2017 | Hajmi | 311,67 Kb. | | #231 |
II- Purpose
This paper is a beginning study of the origins, international in scope, of the Internet, and of the technology that made the Internet possible. This was the development of the TCP/IP protocol. The purpose of the paper is three fold. The first is to distinguish between the ARPANET and the Internet. In order to look at the origins and development of the Internet, it is important to recognize that the Internet is the solution to the multiple network problem, whereas the ARPANET and other packet switching networks were the solution to an earlier problem: the problem of communication among dissimilar computers and operating systems.(5)
Second, this paper documents the international collaboration and participation to create and develop the Internet that could span national borders and interconnect the computer communications networks of different countries. This collaboration involved the US, Norway and the UK and researchers from France and then Germany and Italy, at different stages in the process. Creating an Internet was a difficult problem to solve, not only theoretically, but practically as well. To understand the nature of the Internet, it is necessary to understand the multiple network problem and how it was solved. The difficulties were not only technical. Describing some of the difficulty he encountered, a British Internet pioneer, Peter Kirstein writes, "I was certainly ordered, in 1976, to stop work on the Internet Protocol but to concentrate only on European developments. I refused, and pursued several alternate paths for at least another decade." (Kirstein, Email, October 4, 2002.)
Third, a central aspect in the development of the Internet is the vision that inspired and provided the glue for the international collaborative research efforts. To explore the nature and origin of this vision helps to understand the research processes creating the TCP/IP protocol.
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