Virtual File System in Linux Kernel
Note: When you view the the slide deck via web browser, the screenshots may be blurred. You can download and view them offline (Screenshots are clear).
GNU Toolchain is the de facto standard of IT industrial and has been improved by comprehensive open source contributions. In this session, it is expected to cover the mechanism of compiler driver, system interaction (take GNU/Linux for example), linker, C runtime library, and the related dynamic linker. Instead of analyzing the system design, the session is use case driven and illustrated progressively.
With so much attention on cryptographic protection of data in flight, as well as weaknesses discovered in existing cryptographic protocols and algorithms, z/OS administrators and auditors need to be able to assess the quality of the cryptographic network protection being applied to their z/OS workloads. But with so many protocols and so many ways to configure and use them, this assessment can be daunting if not downright impossible. This session introduces a new z/OS V2R3 Communications Server feature called z/OS Encryption Readiness Technology (zERT) that provides the data that you need to build a complete picture of your z/OS cryptographic network protection posture.
Virtual File System in Linux Kernel
Note: When you view the the slide deck via web browser, the screenshots may be blurred. You can download and view them offline (Screenshots are clear).
GNU Toolchain is the de facto standard of IT industrial and has been improved by comprehensive open source contributions. In this session, it is expected to cover the mechanism of compiler driver, system interaction (take GNU/Linux for example), linker, C runtime library, and the related dynamic linker. Instead of analyzing the system design, the session is use case driven and illustrated progressively.
With so much attention on cryptographic protection of data in flight, as well as weaknesses discovered in existing cryptographic protocols and algorithms, z/OS administrators and auditors need to be able to assess the quality of the cryptographic network protection being applied to their z/OS workloads. But with so many protocols and so many ways to configure and use them, this assessment can be daunting if not downright impossible. This session introduces a new z/OS V2R3 Communications Server feature called z/OS Encryption Readiness Technology (zERT) that provides the data that you need to build a complete picture of your z/OS cryptographic network protection posture.
Covers the basics of Direct Memory Access (DMA). Further to this, the generic Linux DMA engine is covered along with steps to initiate the DMA transfer
The conversion of the ARM Linux kernel over to the Device Tree as the mechanism to describe the hardware has been a significant change for ARM kernel developers. Nowadays, all developers porting the Linux kernel on new ARM platforms, either new SOCs or new boards, have to work with the Device Tree. Based on practical examples, this talk intends to provide a ""getting started guide"" for newcomers in the Device Tree world: what is the Device Tree? How is it written and compiled? How do the bootloader and kernel interact? How are Device Tree bindings written and documented? What are the best practices for writing Device Trees and their bindings?
Video available at https://www.youtube.com/watch?v=m_NyYEBxfn8.
Vmlinux: anatomy of bzimage and how x86 64 processor is bootedAdrian Huang
This slide deck describes the Linux booting flow for x86_64 processors.
Note: When you view the the slide deck via web browser, the screenshots may be blurred. You can download and view them offline (Screenshots are clear).
Implementing High Availability Caching with MemcachedGear6
Typical Memcached deployments do not comprehensively address web site requirements for high availability. Depending on your web architecture, a single failure can disable your web caches. This presentation offers real world solutions to solving <a>high availability</a> challenges common to large, dynamic websites with Memcached, specifically:
* Options and benefits for deploying high availability services within Memcached
* How companies are approaching high availability
* Considerations on building and deploying high availability
o Recommendations for a typical Memcached environment
o Open source tools available
o High level costs for deployment
Decompressed vmlinux: linux kernel initialization from page table configurati...Adrian Huang
Talk about how Linux kernel initializes the page table.
Note: When you view the the slide deck via web browser, the screenshots may be blurred. You can download and view them offline (Screenshots are clear).
Performance comparison between different versions of Asterisk and different channels.
Presentation at Astricon 2017
Online Trainings
Complete Asterisk PBX Training Coupon http://bit.ly/2E6U7fP
Understanding and Troubleshooting SIP http://bit.ly/2WZKkzy
VoIP Design Training Coupon http://bit.ly/2tlLFmG
VoIP Hacking Training Coupon http://bit.ly/2X4Pjz7
Quick Start to OpenSIPS Coupon http://bit.ly/2Bt72XJ
Books
Complete Asterisk Training Paperback and Kindle Book https://amzn.to/2tm7TFb
Complete Asterisk Training eBook PDF http://bit.ly/2UUebHG
Building Telephony Systems with OpenSIPS http://bit.ly/2SsUt9a
Treinamento Online
SIP em Profundidade Coupon de Treinamento http://bit.ly/2GpatTq
Asterisk Essencial Coupon de Treinamento http://bit.ly/2BzCjs1
Livros:
Guia e Configuração do Asterisk Paperback e Kindle https://amzn.to/2S2lwmZ
Guia de Configuração do Asterisk eBook PDF http://www.asteriskguide.com
Kernel Recipes 2018 - Overview of SD/eMMC, their high speed modes and Linux s...Anne Nicolas
SD and eMMC devices are widely present on Linux systems and became on some products the primary storage medium. One of the key feature for storage is the speed of the bus accessing the data.
Since the introduction of the original “default” (DS) and “high speed” (HS) modes, the SD card standard has evolved by introducing new speed modes, such as SDR12, SDR25, SDR50, SDR104, etc. The same happened to the eMMC standard, with the introduction of high speed modes named DDR52, HS200, HS400, etc. The Linux kernel has obviously evolved to support these new speed modes, both in the MMC core and through the addition of new drivers.
This talk will start by introducing the SD and eMMC standards and how they work at the hardware level, with a specific focus on the new speed modes. With this hardware background in place, we will then detail how these standards are supported by Linux, see what is still missing, and what we can expect to see in the future.
Python is an easy to learn, powerful programming language. It has efficient high-level data structures and
a simple but effective approach to object-oriented programming. Python’s elegant syntax and dynamic
typing, together with its interpreted nature, make it an ideal language for scripting and rapid application
development in many areas on most platforms.
The Python interpreter and the extensive standard library are freely available in source or binary form for all
major platforms from the Python Web site, https://www.python.org/, and may be freely distributed. The
same site also contains distributions of and pointers to many free third-party Python modules, programs
and tools, and additional documentation.
Covers the basics of Direct Memory Access (DMA). Further to this, the generic Linux DMA engine is covered along with steps to initiate the DMA transfer
The conversion of the ARM Linux kernel over to the Device Tree as the mechanism to describe the hardware has been a significant change for ARM kernel developers. Nowadays, all developers porting the Linux kernel on new ARM platforms, either new SOCs or new boards, have to work with the Device Tree. Based on practical examples, this talk intends to provide a ""getting started guide"" for newcomers in the Device Tree world: what is the Device Tree? How is it written and compiled? How do the bootloader and kernel interact? How are Device Tree bindings written and documented? What are the best practices for writing Device Trees and their bindings?
Video available at https://www.youtube.com/watch?v=m_NyYEBxfn8.
Vmlinux: anatomy of bzimage and how x86 64 processor is bootedAdrian Huang
This slide deck describes the Linux booting flow for x86_64 processors.
Note: When you view the the slide deck via web browser, the screenshots may be blurred. You can download and view them offline (Screenshots are clear).
Implementing High Availability Caching with MemcachedGear6
Typical Memcached deployments do not comprehensively address web site requirements for high availability. Depending on your web architecture, a single failure can disable your web caches. This presentation offers real world solutions to solving <a>high availability</a> challenges common to large, dynamic websites with Memcached, specifically:
* Options and benefits for deploying high availability services within Memcached
* How companies are approaching high availability
* Considerations on building and deploying high availability
o Recommendations for a typical Memcached environment
o Open source tools available
o High level costs for deployment
Decompressed vmlinux: linux kernel initialization from page table configurati...Adrian Huang
Talk about how Linux kernel initializes the page table.
Note: When you view the the slide deck via web browser, the screenshots may be blurred. You can download and view them offline (Screenshots are clear).
Performance comparison between different versions of Asterisk and different channels.
Presentation at Astricon 2017
Online Trainings
Complete Asterisk PBX Training Coupon http://bit.ly/2E6U7fP
Understanding and Troubleshooting SIP http://bit.ly/2WZKkzy
VoIP Design Training Coupon http://bit.ly/2tlLFmG
VoIP Hacking Training Coupon http://bit.ly/2X4Pjz7
Quick Start to OpenSIPS Coupon http://bit.ly/2Bt72XJ
Books
Complete Asterisk Training Paperback and Kindle Book https://amzn.to/2tm7TFb
Complete Asterisk Training eBook PDF http://bit.ly/2UUebHG
Building Telephony Systems with OpenSIPS http://bit.ly/2SsUt9a
Treinamento Online
SIP em Profundidade Coupon de Treinamento http://bit.ly/2GpatTq
Asterisk Essencial Coupon de Treinamento http://bit.ly/2BzCjs1
Livros:
Guia e Configuração do Asterisk Paperback e Kindle https://amzn.to/2S2lwmZ
Guia de Configuração do Asterisk eBook PDF http://www.asteriskguide.com
Kernel Recipes 2018 - Overview of SD/eMMC, their high speed modes and Linux s...Anne Nicolas
SD and eMMC devices are widely present on Linux systems and became on some products the primary storage medium. One of the key feature for storage is the speed of the bus accessing the data.
Since the introduction of the original “default” (DS) and “high speed” (HS) modes, the SD card standard has evolved by introducing new speed modes, such as SDR12, SDR25, SDR50, SDR104, etc. The same happened to the eMMC standard, with the introduction of high speed modes named DDR52, HS200, HS400, etc. The Linux kernel has obviously evolved to support these new speed modes, both in the MMC core and through the addition of new drivers.
This talk will start by introducing the SD and eMMC standards and how they work at the hardware level, with a specific focus on the new speed modes. With this hardware background in place, we will then detail how these standards are supported by Linux, see what is still missing, and what we can expect to see in the future.
Python is an easy to learn, powerful programming language. It has efficient high-level data structures and
a simple but effective approach to object-oriented programming. Python’s elegant syntax and dynamic
typing, together with its interpreted nature, make it an ideal language for scripting and rapid application
development in many areas on most platforms.
The Python interpreter and the extensive standard library are freely available in source or binary form for all
major platforms from the Python Web site, https://www.python.org/, and may be freely distributed. The
same site also contains distributions of and pointers to many free third-party Python modules, programs
and tools, and additional documentation.
UNTUK DOSEN Materi Sosialisasi Pengelolaan Kinerja Akademik DosenAdrianAgoes9
sosialisasi untuk dosen dalam mengisi dan memadankan sister akunnya, sehingga bisa memutakhirkan data di dalam sister tersebut. ini adalah untuk kepentingan jabatan akademik dan jabatan fungsional dosen. penting untuk karir dan jabatan dosen juga untuk kepentingan akademik perguruan tinggi terkait.
ppt profesionalisasi pendidikan Pai 9.pdfNur afiyah
Pembelajaran landasan pendidikan yang membahas tentang profesionalisasi pendidikan. Semoga dengan adanya materi ini dapat memudahkan kita untuk memahami dengan baik serta menambah pengetahuan kita tentang profesionalisasi pendidikan.
2. Web Browser adalah suatu program yang digunakan untuk menjelajahi internet atau
untuk mencari informasi dari suatu web (dunia maya)
Fungsi Web Browser adalah untuk menampilkan dan melakukan interaksi dengan
dukumen-dokumen yang disediakan oleh web server.
Dengan menggunakan web browser, para pengguna internet dapat mengakses
berbagai informasi yang terdapat di internet dengan mudah. Beberapa contoh
web browser diantaranya Internet Explorer, Mozilla, Firefox, Safari, Opera, dll.
Hal yang perlu diketahui dalam pencarian suatu informasi adalah pemahaman
tentang struktur ataupun keyword
3. Netscape navigator adalah perangkat lunak penjelajah web yang terkenal di Era 90-an sebelum
hadirnya internet explorer (IE).browser ini dikembangkan oleh netscape communication
corporation serta dipelopori oleh mahasiswa lulusan NCSA (National Center of Supercomputer
Application di University of Illionis) dan programer berpengalaman.
Internet explorer yang bisa disingkat IE atau MSIE adalah perangkat lunak untuk browsing
internet besutan microsoft yang gratis. internet explorer versi 1 ini diluncurkan pada 16 Agustus
1995.Bahkan beberapa tahun silam Microsoft boleh berbangga sebab Internet Explorer 5 adalah
web browser terbaik yang ada.
Mozilla firefox aslinya bernama phoenix ini dikembangkan oleh yayasan mozilla dan ratusan
sukarelawan. browser mozilla firefox ini gratis dan bisa digunakan semua OS, contohnya windows
XP,windows 7.
Safari adalah browser internet buatan Apple inc berlogo gambar kompas ditujukan oleh sistem
operasi MAC OS. Sekarang windows juga dapat menggunakannya.
4. iCab berlogo mobil ngebut, memiliki banyak fitur yang tidak tersedia pada browser Mac
lainnya. iCab cocok dijalankan pada semua Mac OS.
Wyzo ini merupakan browser yang memprioritaskan kemampuan browsernya pada
pengguna yang banyak melakukan download media, seperti video, mp3.Browser ini
merupakan browser yang dikhususkan untuk,Mac os.
Flock browser adalah penjelajah web yang berspesialisasi kepada fitur penyedia jejaring
sosial dan merupakan browser sosial internasional dunia pertama yang berbasis pada
firefox. Flock ini sangat cocok untuk membuka friendster, mySpace atau Facebook dan
jejaing sosial lainnya.
5. Opera browser ini dibuat oleh Opera software yang ada di Oslo, Norwegia. Kelebihan utama
browser Opera adalah mampu menampilkan (load) halaman web lebih cepat, dengan
kecepatan koneksi yang sama dibanding browser lain.opera cocok di gunakan dalam
smarphone/hp.
Google chrome adalah penjelajah internet besutan Google dengan menggunakan mesin
wedering WebKit yang dinamakan Chromonium.Versi beta untuk Microsoft Windows
diluncurkan pada 2 September 2008.Google Chrome saat ini bahkan menyediakan web
browser terbaru mereka yaitu "Google Chrome With 3D"
6. 1. USER/Netter yang akan mengakses suatu website berupa URL melalui Web browser
2. Kemudian Web browser tersebut mengirimkan permintaan / request berupa HTTP
REQUEST kepada Web Browser melalui layer-layer TCP/IP,
3. Kemudian Web Server memberikan WEB FILES yang di-request jika ada.
4. Web Server memberikan respon kembali ke Web Browser melalui HTTP
RESPONSE (melalui layer-layer TCP/IP)
5. Kemudian baru di terima oleh Web browser, dan kemudian dikirimkan
kepada USER berupaDISPLAY.
7. Google Chrome adalah sebuah penjelajah web sumber terbuka yang
dikembangkan oleh Google dengan menggunakan mesin rendering WebKit. Proyek
sumber terbukanya sendiri dinamakan Chromium.
Versi beta untuk Microsoft Windows diluncurkan pada 2 September 2008 .
Dengan menggunakan web browser, para pengguna internet dapat mengakses
berbagai informasi yang terdapat di internet dengan mudah. Beberapa contoh web
browser diantaranya Internet Explorer, Mozilla, Firefox, Safari, Opera.dll
8. KELEBIHAN BROWSER CHROME :
TAMPILAN : Pada Interface dari Chrome terlihat bahawa google ingin para
penggunanya lebih fokus pada web dan melupakan browser yang digunakan. Ini
atinya Google Chrome memilii tampilan yang tidak mengusik dan nyaman ketika
sedang digunakan
MODUS PENYAMARAN : Pada modus ini memungkinkan para penggunanya dapat
mengakses website tanpa meninggalkan jejak. Sehingga cocok digunakan untuk
mengkases konten yang berbau porno secara diam-diam he he he
APLIKASI WEB : Google memberikan opsi “Make Application Shortcut” . Dengan
underline ini sebuah aplikasi web seperti GMAIL atau Google Teader dapat
dijalankan lewat shrtcut pada Desktop atau Start Menu. Sehingga kelihatan seperti
sebuah aplikasi lokal
PENGELOLAAN MEMORY : Pada setiap TAB yang dibuka di Chrome memiliki
proses yang terpisah, sehingga ketika eror/crash pada salah satu ta tidak akan
meyebabkan seluruh browser eror.
9. KELEMAHAN BROWSER CHROME :
PRIVASI : Google menyimpan 2% interpretation pencarian pengguna, lengkap
dengan alamat IP-a. Walaupun dalam beberapa waktu tertentu interpretation ini
akan dianonimkan. Ini artinya google bisa saja tahu “siapa mencari apa dan
dimana”
LISENSI : Google sempat mencantumkan pada Terms of Service mereka, bahwa
semua muatan dari pengguna yang hak ciptanya dimiliki oleh pengguna akan
diserahkan haknya pada Google. Tapi indicate ini telah dicabut oleh pihak Google.
CELAH KEAMANAN : Beberapa pakar confidence menemukan adanya lubang
kecil/bugs pada chrome. Sehingga ketika membuka suatu halaman website akan
membuat browser ini menjadi crash. Lalu Chrome juga memiliki
underline download Otomatis yang dikhawatirkan akan disalah gunakan
oleh Hacker
EXTENSIONS : Pada Chrome tidak terdapat extension/plugin/addons yang dapat
ditambahkan. Tidak seperti Firefox yang memiliki banyak aplikasi2 tambahan yang
dapat membuat dan meningkatkan kinerja browser.
BAHASA : Pada chrome ketika kita memilih untuk menggunakan dalam bahasa
Indonesia maka akan terdapat beberapa kejanggalan dalam bahasanya.