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要申込(マイページにて受付中)
3月11日(火)~3月12日(水) 〔ITS100〕第100回高度交通システムとスマートコミュニティ研究発表会 1月15日(水) 当日可
要マイページにて申込(準備中)
〔関西〕同志社大学 今出川校地 室町キャンパス 寒梅館
3月17日(月)~3月19日(水) 〔ARC252SLDM208EMB68〕第252回システム・アーキテクチャ・第208回システムとLSIの設計技術・第68回組込みシステム合同研究発表会(ETNET2025) 1月14日(火) 当日可
要マイページにて申込(準備中)
〔九州〕おきえらぶフローラルホテル and オンライン
Advances in run-time strategies for next-generation foundation models
Microsoft Research Blog
BiomedParse: A foundation model for smarter, all-in-one biomedical image analysis
November 18, 2024
Research Sciences Intern – MSR India
Posted:
November 27, 2024
Location:
Bangalore, Karnataka, India
Location:
Cambridge, UK
Cambridge Machine Intelligence Intern
Posted:
November 15, 2024
Research Intern – Societally Safe and Secure AI
Posted:
November 27, 2024
Location:
Redmond, WA, US
Research Intern – AI (Agentic Systems & Interaction)
Posted:
November 26, 2024
Locations:
New York, NY, US; Redmond, WA, US
Research Intern – Microsoft Undergrad Internship Program
Posted:
November 26, 2024
Locations:
Cambridge, MA, US; New York, NY, US; Redmond, WA,
From Brain-Computer Interfaces to AI-Enhanced Diagnostics: Developing Cutting-Edge Tools for Medical and Interactive Technologies Haowen Wei 2024-06-24 This thesis presents a series of studies that explore advanced computational techniques and interfaces in the domain of human-computer interaction (HCI), specifically focusing on brain-computer interfaces (BCIs), vision transformers for medical diagnosis, and eye-tracking input systems. The first study introduces PhysioLabXR, a Python platform designed for real-time, multi-modal BCI and extended reality experiments. This platform enhances the interaction in neuroscience and HCI by integrating physiological signals with computational models, supporting sophisticated data analysis and visualization tools that cater to a wide range of experime
08/23/2024, Kochi University of Technology (Eikokuji Campus)
Electron Devices (ED) -- Topics: Thin film materials and devices, general
08/23/2024, 高知工科大学(永国寺キャンパス)
電子デバイス研究会(ED) テーマ:薄膜材料デバイス,一般
(連催) [詳細] [5月24日(金)]
GIFT City Campus applications open
Apply now to study in 2024 at our GIFT City Campus in India.
Learn more
A Vehicular Internet of Things (IoT) System for High-Granularity Air Quality Monitoring in Smart Cities
Kavi Kumar Khedo, Prashant Shenoy, Khadidjah Zeadally, Khemraj Awotar and Lamesh Ramdani,
Book Chapter In Smart Technologies for Smart Cities, pp 111–133, Springer Publishers, 2020 (doi: 10.1007/978-3-030-39986-3_6)
Chapter
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2022 Board Election
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The Preliminary Call for Papers for the 2022 USENIX Annual Technical Conference (USENIX ATC ’22) is now available! Abstract registrations are due Thursday, January 6, 2022. More info: https://t.co/2iRpTodDSo #atc22 pic.twitter.com/e8LQhXnrqi
Omni La Costa Resort & Spa
16th USENIX Symposium on Operating Systems Design and Implementation
Co-located with USENIX ATC ’22
OSDI '22 July 11, 2022〓July 13, 2022 Carlsbad, CA, United States
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2009
09-1 pdf
Charles Antonelli, Jim Rees, and David Richter, ”Clouseau Evaluation for Peer-to-Peer Transfer Operations,” March 2008.
2008
08-1 pdf
William A. Adamson, Frederic Isaman, and Jason Glasgow, ”Parallel NFS Block Layout Module for Linux,” February 2008.
08-2 pdf
Olga Kornievskaia, Jim Rees, and Peter Honeyman, ”Tuning NFS for High Performance Networks,” November 2008.
2007
07-1 pdf
Dean Hildebrand, Peter Honeyman, and Wm. A. (Andy) Adamson, ”pNFS and Linux: Working Towards a Heterogeneous Future,” May 2007. [Proceedings the 8th LCI International Conference on High-Performance C
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edcc.dependability.org
Apache
21 Juin 2005
Du cot〓 de KOS, rien de nouveau depuis janvier. Les principaux d騅eloppeurs sont concentr駸 sur d’autres projets, en particulier David et Thomas, sur SOS.
Depuis le premier volet de l’駱isode 6 paru dans le LinuxMag num駻o 68 dont nous avions parl〓 en janvier, de nouveaux 駱isodes ont 騁〓 publi駸:
ノpisode 6, deuxi鑪e volet, paru dans le LinuxMag num駻o 69, concerne les threads noyau, la synchronisation et l’ordonnancement ;
ノpisode 7, premier volet, paru dans le LinuxMag num駻o 70, concerne les threads utilisateur, le changement de privil鑒e, les appels syst鑪e, les espaces d’adressage s駱ar駸, la notion de processus, un chargeur ELF simplissime et les premi鑽es applications utilisateur ;
ノpisode 7, deuxi鑪e volet, paru dans le LinuxMag num駻o 72, concerne la gestion de l’espace utilisateur :
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J. Dunfield, Frank Pfenning
Superseded by CMU-CS-04-117R
CMU-CS-04-117R
Tridirectional Typechecking
Jana Dunfield, Frank Pfenning
Abstract,.ps, .pdf
Supersedes CMU-CS-04 -117
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Computer Laboratory
Xen virtual machine monitor
Computer Laboratory > Systems Research Group > NetOS > Xen virtual machine monitor
The Xen virtual machine monitor
Modern computers are sufficiently powerful to use virtualization to present the illusion of many smaller virtual machines (VMs),each running a separate operating system instance. Successful partitioning of a machine to support the concurrent execution of multiple operating systems poses several challenges. Firstly, virtual machines must be isolated from one another: it is not acceptable for the execution of one to adversely affect the performance of another. This is particularly true when virtual machines are owned by mutually untrusting users. Secondly, it is necessary to support a variety of different operating sy
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How to Write an Operating System
Overview
This semester SigOPS will hold a series of meetings discussing how to build an operating system from scratch. We provide the structure for developing your Very Own OS, you write the code. It’s that simple!
The Plan
What follows is an outline of the next eight or so SigOPS meetings this semester. We’ll be posting all the critical information on these here web pages, so if you miss one (or have missed everything up to this point), no need to worry. Just catch up and come to the next meeting.
Hopefully, any SigOPS member who wants to write an operating system will have done so by the end of this excursion. Stay tuned for information and updates on our progress!
Table of Contents
0. Introduction
I. Development Environment
II. Debugging Methods
III. App
Gna! server did not survive a reboot while upgrading its main OS. It should be fixed and replaced by new hardware if needed by Tuesday, Feb. 14.
(It was originally planned for Friday, then Saturday. It’s now sure to be this tuesday.)
2010/04/12ESA 20102010/09/062010/09/08LiverpoolUK
H2O: 水のような存在の基板ソフトウェア
彼らは, 自立し、お互いに会話しながら、戯れている...
1. 分散ソフトウェアバス
目標
拡張性
適用分野の要求に応じて、自在に機能の拡張や、 性能の最適化を行える。
安全性・頑丈さ
機能追加モジュールに障害やバグがあっても、影響はそのモジュールに留まり, 他には影響しない。
洗練された先進的分散処理のサポート
以下の機能により高度な分散処理システムを非常に簡単に記述できる。
能動オブジェクト
OSレベルで実現される効率的な分散処理
融通性に富むメッセージ交信機構
非同期メッセージ、非同期返答、メッセージのマルチキャスト、
マルチキャスト先からの返答の自在な受理、返答待ち時間指定等
実時間分散処理を実現する高性能OS
ネットワークを意識することなく、 各種サービスやリソースを登録・利用できる。
同時に、大規模な実時間・超多重処理システムにも適用可能な性能を達成する。
(現在) LP49 (L4とPlan9を発展させる研究)
L4マイクロカーネル
マイクロカーネルといえば、Tanenbaum 教授と Linus Tovals の メール論争が有名であるが、 プログラム開発の容易化、障害波及の閉じ込めによるシステムの高信頼化、 頑強化には、マイクロカーネル技術が鍵である。
第二世代マイクロカーネルであるL4は, 第一世代の効率課題を解決している。
Plan 9 こそ Post UNIX と呼ぶに値する魅力ある OS である。
優れた分散処理機能
融通性と機能にとんだ「プロセス毎の個別名前空間」
全てのリソースを ファイルシステムとして統一的に扱う ことによる簡潔性と拡張性
コンポーネント化されたシンプルなプログラム構造。
コンポーネント型OS
コンポーネント(サーバー、サーバント)の組合せ
(過去) マルチサーバー型OS L4-mi
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