Title: A short history
1A short history and some insight into the future
of IT
Lionel Brunie National Institute of Applied
Sciences (INSA) LIRIS Laboratory/DRIM Team UMR
CNRS 5205 Lyon, France http//liris.cnrs.fr/lione
l.brunie
2Laboratoire d InfoRmatique en Image et Systèmes
dInformation UMR CNRS 5205 (LIRIS)
- 280 persons 100 permanent researchers and
staff 180 PhD students - 2 departments
- Image processing
- Data-Knowledge-Services
- DRIM team Distributed processing, Information
Retrieval, Multimedia and Mobility
3Agenda
- Back to (pre-)history
- What has happened to IT ?
- Visions for a new (IT) world ?
Master course - Lyon, 2011-2012 - 08/11/2015
4A short history of computers and IT
60 years ago
5A short history of computers and IT
20 years ago
Master course - Lyon, 2011-2012 - 08/11/2015
6A short history of computers and IT
Today
Master course - Lyon, 2011-2012 - 08/11/2015
7A short history of computers and IT
Today
Master course - Lyon, 2011-2012 - 08/11/2015
8A short history of computers and IT
Tomorrow ?
Master course - Lyon, 2011-2012 - 08/11/2015
9A short history of computers and IT The Jaguar
- 224162 cores Memory 300 TB Disk 10 PB
- AMD x86_64 Opteron Six Core 2600 MHz (10.4
GFlops) - Rmax 1759 Rpeak 2331
- Power 6,950 MW
- http//www.nccs.gov/jaguar/
Master course - Lyon, 2011-2012 - 08/11/2015
10A short history of computers and IT Tianhe-1A
- 186 368 cores Memory 229 TB Disk 10 PB
- 14336 Intel EM64T Xeon X56xx (Westmere-EP) 2930
MHz (11.72 GFlops) 7168 NVidia GPU Tesla M2050 - Rmax 2566 Rpeak 4701
- Power4,04 MW only !
Master course - Lyon, 2011-2012 - 08/11/2015
11A short history of computers and IT K-computer
- 705 024 cores Memory 1410 TB Disk 10 PB
6D-Torus-Tofu Network - 88128 Fujitsu 2.0GHz 8-core SPARC64 VIIIfx
processors packed in 864 cabinets (1 cabinet 96
computing nodes 6 I/O nodes) - Rmax 10510 Rpeak 11280 (computing
efficiency 93,2 ) - Power12,7 MW only !
11
Master course - Lyon, 2011-2012 - 08/11/2015
12A short history of computers and IT The LCG
System Architecture
Tier-0
Trigger and Data Acquisition System
10 Gbps links Optical Private Network (to almost
all sites)
Tier-1
General Purpose/Academic/Research Network
Tier-2
From F. Malek LCG FRance
Master course - Lyon, 2011-2012 - 08/11/2015
13And in 2011, a (still) new paradigm the Cloud
- A large-scale distributed computing paradigm
that is driven by economies of scale, in which a
pool of abstracted, virtualized,
dynamically-scalable, managed computing power,
storage, platforms, and services are delivered on
demand to external customers over the Internet - Amazon, Google, Microsoft even LOréal !
- Everything as a service
- Infrastructure as a service
- Platform as a service
- Software as a service
- Behind the scene a grid
- Do not worry, be happy the cloud takes care of
your all your digital activities - Issue digital activity, digital life, life ?
- For the first time in the history of mankind,
somebody, thing can know everything about your
life your professional data, your friends, the
movies/the leisure you like, your friends, your
political opinions, your mood
Master course - Lyon, 2011-2012 - 08/11/2015
14What has happened to IT ?
Master course - Lyon, 2011-2012 - 08/11/2015
15Technological Evolutions
- Universal identification
- RFID - Electronic Product Code (EPC)
EPCGlobalNetwork Object Naming Service (ONS) - IETF Host Identity Protocol (HIP)
- Large bandwidth communications
- Optical fiber
- 3G, 3G, 4G, WiMax
- WiFi Direct
- Geopositioning
- GPS/Galileo
- GSM
Master course - Lyon, 2011-2012 - 08/11/2015
16Technological Evolutions (Contd)
- Super computing
- Parallel super-computers (1- Jaguar (224162
cores, 2,3(1,7) Pflops)) - Super-clusters (Google 1,8 millions of servers ?
Soon 10 millions ?) - Super storage
- Key GB
- Disk TB
- Data Center PB
- Micro-Nano technologies
- Sensors Sensor networks
- Convergence digital camera telephone laptop ?
smartphone
Master course - Lyon, 2011-2012 - 08/11/2015
17Software Evolutions
- Cloud computing
- Social networks
- Services - SOA
- E-Services
- Mobility (M-services)
- Object ? Service / Service ? Object
- All digital, any where, any time Era
Master course - Lyon, 2011-2012 - 08/11/2015
18 Vision Calm Technology
- The most profound technologies are those that
disappear. They weave themselves into the fabric
of everyday life until they are indistinguishable
from it - The objective of pervasive computing is to
make a computer so imbedded, so fitting, so
natural, that we use it without even thinking
about it. - Ubiquitous (pervasive) computing is roughly the
opposite of virtual reality. Where virtual
reality puts people inside a computer-generated
world, ubiquitous computing forces the computer
to live out here in the world with people. - A new way of thinking about computers in the
world, one that takes into account the natural
human environment and allows the computers
themselves to vanish in the background - Mark Weiser, Xerox PARC, 1991-
Master course - Lyon, 2011-2012 - 08/11/2015
19Vision (Contd)
- M. Satyanarayanan, 2001
- Pervasive computing environment one saturated
with computing and communication capability, yet
so gracefully integrated with users that it
becomes a technology that disappears - So
- Smart spaces
- Invisibility and transparency
- Scalability
Master course - Lyon, 2011-2012 - 08/11/2015
20Visions (Contd))
- I just want to use these f so-called smart
objects/appliances/ - I want to get rid of the software/hardware/netwo
rk organization/structure I just want to access
my personal data and the data I need what ever
the place /when ever the time - Put down the barriers no network
interconnection pb, no computer administration
frontiers - What about security/privacy ???
Master course - Lyon, 2011-2012 - 08/11/2015
21Visions (Summary)
- The object-subject is actor (a first-class
citizen) of the system - smart objects / smart everything
- active objects
- Intelligence is, at first, the network
i.e., the ability to exchange information - Intelligence , is also the ability to
self-adapt to the user profile and the context
( context awareness ), to weave into the
environment - Ego is part of the context
- Intelligence , finally, is the ability to
organize - autonomously (autonomic computing, self
healing) - spontaneously
- Ecosystem
Master course - Lyon, 2011-2012 - 08/11/2015
22Applications of Ubi./ Perv. Comp. (for today)
- Sensor networks (smart dust)
- Home networks
- Patient monitoring (personal area networks)
- Emergency management / battlefield / borders
monitoring - Museums and pervasive buildings
- Vehicular Ad hoc NETworks (VANET) / MANET
- Alert management (parking, kids, etc.)
- Supply chain
-
Master course - Lyon, 2011-2012 - 08/11/2015
23Applications of Ubi./ Perv. Comp. for tomorrow
maybe
- Society and RFID
- Personal data spaces
- Web of things
- Machine To Machine (M2M) / Object To Object (O2O)
- The never lasting intelligent fridge ?
- Maintenance Supply chain
- Intelligent sensors networks
Master course - Lyon, 2011-2012 - 08/11/2015
24Applications of Ubi./ Perv. Comp. for tomorrow
maybe(Contd)
- U-Society
- People to People (P2P) Facebook on your cell
phone - People to Object (P2O) Pachube
- Geopositioned Services App Store
- Spimes (Bruce Sterling) ?
- Hypermatter (Bernard Stiegler) ?
- Do-IOT-Yourself Arduino / Fab Lab ?
Master course - Lyon, 2011-2012 - 08/11/2015
25Back to the vision the Cloud
- An old dream Computing as a utility (John Mac
Carthy Computation may someday be organized as
a public utility (1961)) - A supposed to be user centered vision
- managing a computer is exhausting
- the user does not care about the system
components the user just want his problem to be
solved - eliminate the burden of the software/hardware
management - allow the user benefit from economies of scale
- A business vision
- a small set of computing power providers
- a global market
- an integrated hyper-market computing,
entertainment, learning ? - for the best of the big companies
Master course - Lyon, 2011-2012 - 08/11/2015
26What IT world do you want to build ?
Master course - Lyon, 2011-2012 - 08/11/2015