NS-3 - Revision history

Onnowpurbo: /* Pelibatan Komunitas */

2015-07-24T10:19:34Z

Pelibatan Komunitas

Onnowpurbo: /* Model Simulasi */

2015-07-24T10:15:19Z

Model Simulasi

Onnowpurbo at 10:13, 24 July 2015

2015-07-24T10:13:22Z

Onnowpurbo: New page: ns-3 is a discrete-event network simulator, targeted primarily for research and educational use. ns-3 is free software, licensed under the GNU GPLv2 license, and is publicly available for ...

2014-11-19T22:04:40Z

New page: ns-3 is a discrete-event network simulator, targeted primarily for research and educational use. ns-3 is free software, licensed under the GNU GPLv2 license, and is publicly available for ...

New page

ns-3 is a discrete-event network simulator, targeted primarily for research and educational use. ns-3 is free software, licensed under the GNU GPLv2 license, and is publicly available for research, development, and use.

The goal of the ns-3 project is to develop a preferred, open simulation environment for networking research: it should be aligned with the simulation needs of modern networking research and should encourage community contribution, peer review, and validation of the software.

==Simulation models==

The ns-3 project is committed to building a solid simulation core that is well documented, easy to use and debug, and that caters to the needs of the entire simulation workflow, from simulation configuration to trace collection and analysis.

Furthermore, the ns-3 software infrastructure encourages the development of simulation models which are sufficiently realistic to allow ns-3 to be used as a realtime network emulator, interconnected with the real world and which allows many existing real-world protocol implementations to be reused within ns-3.

The ns-3 simulation core supports research on both IP and non-IP based networks. However, the large majority of its users focuses on wireless/IP simulations which involve models for Wi-Fi, WiMAX, or LTE for layers 1 and 2 and a variety of static or dynamic routing protocols such as OLSR and AODV for IP-based applications.

ns-3 also supports a real-time scheduler that facilitates a number of "simulation-in-the-loop" use cases for interacting with real systems. For instance, users can emit and receive ns-3-generated packets on real network devices, and ns-3 can serve as an interconnection framework to add link effects between virtual machines.

Another emphasis of the simulator is on the reuse of real application and kernel code. Frameworks for running unmodified applications or the entire Linux kernel networking stack within ns-3 are presently being tested and evaluated.

==Community involvement==

Because creating a network simulator that sports a sufficient number of high-quality validated, and maintained models requires a lot of work, ns-3 attempts to spread this workload over a large community of users and developers.

Every three months, we ship a new stable version of ns-3 with new models developed, documented, validated, and maintained by enthusiastic researchers. We encourage the open validation of these models by third parties on our mailing-lists to ensure that the models we ship are and stay of the highest quality possible.

==Referensi==

* http://www.nsnam.org/overview/what-is-ns-3/
* http://www.nsnam.org/documentation/

@@ Line 17: / Line 17: @@
 ==Pelibatan Komunitas==
-Because creating a network simulator that sports a sufficient number of high-quality validated, and maintained models requires a lot of work, ns-3 attempts to spread this workload over a large community of users and developers.
+Karena menciptakan simulator jaringan akan memacu jumlah validasi berkualitas tinggi, dan pemeliharan model yang memadai membutuhkan banyak pekerjaan, ns-3 upaya untuk menyebarkan beban kerja ini lebih pada komunitas pengguna dan pengembang yang besar.
 ==Referensi==

@@ Line 11: / Line 11: @@
 Inti simulasi Ns-3 mendukung penelitian pada jaringan berbasis IP dan non-IP. Namun, sebagian besar penggunanya berfokus pada simulasi wireless/IP yang melibatkan model untuk Wi-Fi, WiMAX, atau LTE untuk lapisan 1 dan 2 dan berbagai protokol routing statis atau dinamis seperti OLSR dan AODV untuk aplikasi berbasis IP.
-ns-3 also supports a real-time scheduler that facilitates a number of "simulation-in-the-loop" use cases for interacting with real systems.  For instance, users can emit and receive ns-3-generated packets on real network devices, and ns-3 can serve as an interconnection framework to add link effects between virtual machines.
+ns-3 juga mendukung scheduler real-time yang memfasilitasi sejumlah "simulasi-in-the-loop" kasus penggunaan untuk berinteraksi dengan sistem real. Misalnya, pengguna dapat memancarkan dan menerima paket ns-3 yang dihasilkan dari perangkat jaringan yang nyata, dan ns-3 dapat berfungsi sebagai kerangka kerja interkoneksi untuk menambahkan efek hubungan antara mesin virtual.
-Another emphasis of the simulator is on the reuse of real application and kernel code.  Frameworks for running unmodified applications or the entire Linux kernel networking stack within ns-3 are presently being tested and evaluated.
+Penekanan lain simulator adalah pada penggunaan kembali aplikasi nyata dan kode kernel. Kerangka untuk menjalankan aplikasi yang tidak dimodifikasi atau seluruh kernel Linux networking stack dalam ns-3 saat ini sedang diuji dan dievaluasi.
 ==Pelibatan Komunitas==

@@ Line 1: / Line 1: @@
-ns-3 is a discrete-event network simulator, targeted primarily for research and educational use. ns-3 is free software, licensed under the GNU GPLv2 license, and is publicly available for research, development, and use.
+ns-3 adalah simulator jaringan kejadian diskrit, ditargetkan terutama untuk penelitian dan penggunaan pendidikan. ns-3 adalah perangkat lunak bebas, berlisensi di bawah lisensi GNU GPLv2, dan tersedia untuk umum untuk penelitian, pengembangan, dan penggunaan.ns-3 adalah simulator jaringan kejadian diskrit, ditargetkan terutama untuk penelitian dan penggunaan pendidikan. ns-3 adalah perangkat lunak bebas, berlisensi di bawah lisensi GNU GPLv2, dan tersedia untuk umum untuk penelitian, pengembangan, dan penggunaan.
-The goal of the ns-3 project is to develop a preferred, open simulation environment for networking research: it should be aligned with the simulation needs of modern networking research and should encourage community contribution, peer review, and validation of the software.
+Tujuan dari proyek ns-3 adalah untuk mengembangkan, lingkungan simulasi terbuka pilihan untuk penelitian jaringan: itu harus selaras dengan kebutuhan simulasi jaringan penelitian modern dan harus mendorong kontribusi masyarakat, peer review, dan validasi perangkat lunak.
-==Simulation models==
+==Model Simulasi==
-The ns-3 project is committed to building a solid simulation core that is well documented, easy to use and debug, and that caters to the needs of the entire simulation workflow, from simulation configuration to trace collection and analysis.
+Proyek ns-3 berkomitmen untuk membangun inti simulasi yang solid yang didokumentasikan dengan baik, mudah digunakan dan mudah di-debug, dan yang melayani kebutuhan seluruh simulasi alur kerja, dari konfigurasi simulasi sampai pengumpulan trace dan analisis.
-Furthermore, the ns-3 software infrastructure encourages the development of simulation models which are sufficiently realistic to allow ns-3 to be used as a realtime network emulator, interconnected with the real world and which allows many existing real-world protocol implementations to be reused within ns-3.
+Selain itu, infrastruktur software ns-3 mendorong pengembangan model simulasi yang cukup realistis untuk memungkinkan ns-3 digunakan sebagai emulator jaringan realtime, saling berhubungan dengan dunia nyata dan yang memungkinkan banyak implementasi yang ada protokol dunia nyata untuk digunakan kembali dalam ns-3.
-The ns-3 simulation core supports research on both IP and non-IP based networks. However, the large majority of its users focuses on wireless/IP simulations which involve models for Wi-Fi, WiMAX, or LTE for layers 1 and 2 and a variety of static or dynamic routing protocols such as OLSR and AODV for IP-based applications.
+Inti simulasi Ns-3 mendukung penelitian pada jaringan berbasis IP dan non-IP. Namun, sebagian besar penggunanya berfokus pada simulasi wireless/IP yang melibatkan model untuk Wi-Fi, WiMAX, atau LTE untuk lapisan 1 dan 2 dan berbagai protokol routing statis atau dinamis seperti OLSR dan AODV untuk aplikasi berbasis IP.
 ns-3 also supports a real-time scheduler that facilitates a number of "simulation-in-the-loop" use cases for interacting with real systems.  For instance, users can emit and receive ns-3-generated packets on real network devices, and ns-3 can serve as an interconnection framework to add link effects between virtual machines.
@@ Line 15: / Line 15: @@
 Another emphasis of the simulator is on the reuse of real application and kernel code.  Frameworks for running unmodified applications or the entire Linux kernel networking stack within ns-3 are presently being tested and evaluated.
-==Community involvement==
+==Pelibatan Komunitas==
 Because creating a network simulator that sports a sufficient number of high-quality validated, and maintained models requires a lot of work, ns-3 attempts to spread this workload over a large community of users and developers.