Prospectus Prospectus Contents Truk-Pak Overview . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ....   [Plus]

Prospectus
Prospectus Contents
Truk-Pak Overview .
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3
Operations .
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4
Order Entry .
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4
EDI .
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5
Intermodal .
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5
Freight Bills .
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8
Claims Settlement Option .
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9
Management Reports .
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10
Call Count Report .
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10
Sales Person Report .
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10
Report Writer .
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10
On Time Performance Report .
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10
Sales Audit Reports .
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10
Fuel and Mileage Reports .
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12
Rating.
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13
PC*Miler and Geo-Files .
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14
Dispatching .
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15
Load Sheets and Manifests .
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17
Routes.
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18
Accounting - Level 1 .
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20
Billing .
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20
Receivables .
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21
Payables .
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23
Driver and Sales Settlements .
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24
By
ASCAR Business Systems (818) 243-0330 (800) 878-0330 email: sales@ascar.
net http://www.
ascar.
com
  [Moins]

Ordering number : EN4863 O3194TH (OT) B8-1281 No. 4863-1/7 Overview The LC7536R is an electronic volume control IC that implements volume and balance functions with a minimum number of external components....   [Plus]

Ordering number : EN4863
O3194TH (OT) B8-1281 No.
4863-1/7
Overview
The LC7536R is an electronic volume control IC that
implements volume and balance functions with a
minimum number of external components.

Features
· The LC7536R is controlled by a 3-wire (DI, CL and CE)
serial data control scheme that can be shared with other
ICs.
Up to two LC7536Rs can be used on the same bus
by using the S (select) pin.

· Eighty positions in 1 dB steps plus mute (­), maximum
attenuation is over 80 dB
· Input impedance (5 dB inputs): 47 k (typical)
· High breakdown voltage: ±16 V
Package Dimensions
unit: mm
3047A-DIP30S
SANYO: DIP30S
[LC7536R]
LC7536R
SANYO Electric Co.
,Ltd.
Semiconductor Bussiness Headquarters
TOKYO OFFICE Tokyo Bldg.
, 1-10, 1 Chome, Ueno, Taito-ku, TOKYO, 110-8534 JAPAN
High Breakdown Voltage Serial Control Electronic
Volume Control
CMOS LSI
Any and all SANYO products described or contained herein do not have specifications that can handle
applications that require extremely high levels of reliability, such as life-support systems, aircraft's
control systems, or other applications whose failure can be reasonably expected to result in serious
physical and/or material damage.
Consult with your SANYO representative nearest you before using
any SANYO products described or contained herein in such applications.

SANYO assumes no responsibility for equipment failures that result from using products at values that
exceed, even momentarily, rated values (such as maximum ratings, operating condition ranges, or other
parameters) listed in products specifications of any and all SANYO products described or contained
herein.

Specifications
Absolute Maximum Ratings at Ta = 25°C, VSS = 0 V
Parameter Symbol Conditions Ratings Unit
VDD max VEE VSS < VCC < VDD VSS to VSS + 18 V
Maximum supply voltage VEE max VEE VSS < VCC < VDD VSS ­ 18 to VSS V
VCC max VEE VSS < VCC < VDD VSS to VSS + 7 V
VI1 CL, DI, CE 0 to VDD + 0.
3 V
Input voltage VI2 IN1, IN2 VEE ­ 0.
3 to VDD + 0.
3 V
VI3 S VCC ­ 0.
3 to VDD + 0.
3 V
Allowable power dissipation Pd max Ta 75°C 250 mW
Operating temperature Topr ­30 to +75 °C
Storage temperature Tstg ­40 to +125 °C
  [Moins]

8 · Installing GFI Network Server Monitor GFI Network Server Monitor Installing GFI Network Server Monitor System Requirements Machines running GFI Network Server Monitor require: · Windows 2000 (SP1 or higher),...   [Plus]

8 · Installing GFI Network Server Monitor GFI Network Server Monitor
Installing GFI Network Server Monitor
System Requirements
Machines running GFI Network Server Monitor require:
· Windows 2000 (SP1 or higher), 2003 or XP Pro operating systems.

· Windows scripting host 5.
5 or higher (Included in Internet Explorer
6 and in Service pack 2 of Internet Explorer 5.
5).
You can
download it separately from www.
microsoft.
com/scripting.

· .
NET Framework 1.
1
Any computer that you wish to monitor:
· WMI - When using checks having WMI scripts, make sure to install
WMI on every Windows NT 4 target machine being monitored.

This can be downloaded for free from www.
microsoft.
com/scripting.

· Windows Scripting Host 5.
5 or higher ­ When using functions
written in VB Script, make sure that target machines, have
Windows Scripting Host 5.
5 or higher installed.
This can be
downloaded for free from www.
microsoft.
com/scripting.

Installation Procedure
The installation wizard will install the actual monitor service, the
configuration module and all the required application files
automatically.
To start an installation:
1.
Exit all Windows Programs and log on as Administrator.

2.
Launch the GFI Network Server Monitor installation wizard by
double-clicking on `NetworkServerMonitor6.
exe' and click on the `Next'
button to start the installation.

  [Moins]

On-line multiplication in real and complex base Christiane Frougny LIAFA, CNRS UMR 7089 2 place Jussieu, 75251 Paris Cedex 05, France and Universit´e Paris 8 Christiane. Frougny@liafa. jussieu. fr Athasit...   [Plus]

On-line multiplication in real and complex base
Christiane Frougny
LIAFA, CNRS UMR 7089
2 place Jussieu, 75251 Paris Cedex 05, France
and Universit´e Paris 8
Christiane.
Frougny@liafa.
jussieu.
fr
Athasit Surarerks
Computer Engineering Department
Faculty of Engineering
Chulalongkorn University
Phayathai road, Bangkok 10330, Thailand
athasit@cp.
eng.
chula.
ac.
th
Abstract
Multiplication of two numbers represented in base

is
shown to be computable by an on-line algorithm when

is a negative integer, a positive non-integer real number, or
a complex number of the form ¡£¢ ¤ , where ¤ is a positive
integer.

1 Introduction
On-line arithmetic, introduced in [24], is a mode of computation where operands and results flow through arithmetic
units in a digit serial manner, starting with the most significant digit.
To generate the first digit of the result, the ¥
first digits of the operands are required.
The integer ¥ is
called the delay of the algorithm.
This technique allows the
pipelining of different operations such as addition, multiplication and division.
It is also appropriate for the processing
of real numbers having infinite expansions : it is well known
that when multiplying two real numbers, only the left part of
the result is significant.
On-line arithmetic is used for special circuits such as in signal processing, and for very long
precision arithmetic.
One of the interests of on-line computable functions is that they are continuous for the usual
topology on the set of infinite sequences on a finite digit
set.

To be able to perform on-line computation, it is necessary to use a redundant number system, where a number
may have more than one representation (see [24, 5]).
An
example of such a system is the so-called signed-digit number system.
It is composed of an integer base
§¦©¨
and a
signed-digit set of the form £! , with
#"$¨&%

%

(' .
In this sytem addition can be performed in constant
time in parallel [1, 4].
On-line multiplication is also feasible
[24, 5].
Parallel addition is used internally in the multiplication algorithm.

On-line algorithms for addition, subtraction, multiplication, division and square-root in integer base are well studied, see [2, 6, 19].

In this paper we study the multiplication in base

when
is a negative integer, or a non-integer real number, or a
complex number of the form ¡£¢ ¤ .

It is known that any real number can be represented in
negative integer base without a sign [12, 13, 15], and that,
with a signed-digit set, addition is computable in constant
time in parallel, and is computable by an on-line finite state
automaton [7].
We show that the on-line multiplication used
in the signed-digit number system can be applied in negative base.
Negative base is related to some complex number
systems, see below.

When the base

is a real number )0' , by the greedy
algorithm of R´enyi [23], one can compute a representation
in base

of any real number belonging to the interval 1 23' 4 ,
called its

-expansion, and where the digits are elements of
the canonical digit set 56879@23 A
CB
! if

is not an
integer, or of 56D7E@23F

G'$! if

is an integer.
In
such a representation, when

is not an integer, not all the
patterns of digits are allowed (see [21] for instance).
For
instance in base

7IHP'RQ ¢ SUT
"$¨
the golden ratio, the

expansion of the number VW7YX` ¢ S is '@2$23'2$2U2a .
The
pattern '$' is forbidden.
Different

-representations of V
are 2b'U'$'2U2$2a , or '2U23Hc23' T Hc2b' T Hd2b' T for instance.
This
system is thus naturally redundant.

Representation of numbers in non-integer base is encountered for instance in coding theory, see [10], and in the
modelization of quasicrystals, see [3].

In [8] we have studied the problem of the conversion in
a real base

from a digit set ef78@2bF£g3! with g
¦
A
CB
to the canonical digit set 5 6 , without changing the numerical value.
Addition and multiplication by a fixed positive
integer are particular cases of digit set conversion.
We have
proved that the digit set conversion is on-line computable.

1
  [Moins]

www. heritage-rene-riviere. tm. fr le Moulin de Chez Gauthier, une chambre d'hôte, un gîte et un cognac "hors d'âge"

Streaming: Mode d'emploi La vidéo numérique sur le Web Pour les débutants

On-line multiplication in real and complex base Christiane Frougny LIAFA, CNRS UMR 7089 2 place Jussieu, 75251 Paris Cedex 05, France and Universit´e Paris 8 Christiane. Frougny@liafa. jussieu. fr Athasit...   [Plus]

On-line multiplication in real and complex base
Christiane Frougny
LIAFA, CNRS UMR 7089
2 place Jussieu, 75251 Paris Cedex 05, France
and Universit´e Paris 8
Christiane.
Frougny@liafa.
jussieu.
fr
Athasit Surarerks
Computer Engineering Department
Faculty of Engineering
Chulalongkorn University
Phayathai road, Bangkok 10330, Thailand
athasit@cp.
eng.
chula.
ac.
th
Abstract
Multiplication of two numbers represented in base

is
shown to be computable by an on-line algorithm when

is a negative integer, a positive non-integer real number, or
a complex number of the form ¡£¢ ¤ , where ¤ is a positive
integer.

1 Introduction
On-line arithmetic, introduced in [24], is a mode of computation where operands and results flow through arithmetic
units in a digit serial manner, starting with the most significant digit.
To generate the first digit of the result, the ¥
first digits of the operands are required.
The integer ¥ is
called the delay of the algorithm.
This technique allows the
pipelining of different operations such as addition, multiplication and division.
It is also appropriate for the processing
of real numbers having infinite expansions : it is well known
that when multiplying two real numbers, only the left part of
the result is significant.
On-line arithmetic is used for special circuits such as in signal processing, and for very long
precision arithmetic.
One of the interests of on-line computable functions is that they are continuous for the usual
topology on the set of infinite sequences on a finite digit
set.

To be able to perform on-line computation, it is necessary to use a redundant number system, where a number
may have more than one representation (see [24, 5]).
An
example of such a system is the so-called signed-digit number system.
It is composed of an integer base
§¦©¨
and a
signed-digit set of the form £! , with
#"$¨&%

%

(' .
In this sytem addition can be performed in constant
time in parallel [1, 4].
On-line multiplication is also feasible
[24, 5].
Parallel addition is used internally in the multiplication algorithm.

On-line algorithms for addition, subtraction, multiplication, division and square-root in integer base are well studied, see [2, 6, 19].

In this paper we study the multiplication in base

when
is a negative integer, or a non-integer real number, or a
complex number of the form ¡£¢ ¤ .

It is known that any real number can be represented in
negative integer base without a sign [12, 13, 15], and that,
with a signed-digit set, addition is computable in constant
time in parallel, and is computable by an on-line finite state
automaton [7].
We show that the on-line multiplication used
in the signed-digit number system can be applied in negative base.
Negative base is related to some complex number
systems, see below.

When the base

is a real number )0' , by the greedy
algorithm of R´enyi [23], one can compute a representation
in base

of any real number belonging to the interval 1 23' 4 ,
called its

-expansion, and where the digits are elements of
the canonical digit set 56879@23 A
CB
! if

is not an
integer, or of 56D7E@23F

G'$! if

is an integer.
In
such a representation, when

is not an integer, not all the
patterns of digits are allowed (see [21] for instance).
For
instance in base

7IHP'RQ ¢ SUT
"$¨
the golden ratio, the

expansion of the number VW7YX` ¢ S is '@2$23'2$2U2a .
The
pattern '$' is forbidden.
Different

-representations of V
are 2b'U'$'2U2$2a , or '2U23Hc23' T Hc2b' T Hd2b' T for instance.
This
system is thus naturally redundant.

Representation of numbers in non-integer base is encountered for instance in coding theory, see [10], and in the
modelization of quasicrystals, see [3].

In [8] we have studied the problem of the conversion in
a real base

from a digit set ef78@2bF£g3! with g
¦
A
CB
to the canonical digit set 5 6 , without changing the numerical value.
Addition and multiplication by a fixed positive
integer are particular cases of digit set conversion.
We have
proved that the digit set conversion is on-line computable.

1
  [Moins]

Catalogue de prix T3/4 2007

Symantec GhostTM Guide d'implémentation 07-30-00455-FR 20% Minimum

SG24-4848-01 The Domino Defense: Security in Lotus Notes and the Internet December 1997

SFR/U9120 BVDSS = -100 V RDS(on) = 0. 6 ID = -4. 9 A -100 -4. 9 -3. 4 -20 ±30 144 -4. 9 3. 2 -6. 5 2. 5 32 0. 26 - 55 to +150 300 3. 91 50 110 ---n Avalanche Rugged Technology n Rugged Gate Oxide Technology n...   [Plus]

SFR/U9120
BVDSS = -100 V
RDS(on) = 0.
6
ID = -4.
9 A
-100
-4.
9
-3.
4
-20
±30
144
-4.
9
3.
2
-6.
5
2.
5
32
0.
26
- 55 to +150
300
3.
91
50
110
---n Avalanche Rugged Technology
n Rugged Gate Oxide Technology
n Lower Input Capacitance
n Improved Gate Charge
n Extended Safe Operating Area
n Lower Leakage Current : 10 µA (Max.
) @ VDS = -100V
n Lower RDS(ON) : 0.
444 (Typ.
)
Advanced Power MOSFET
Thermal Resistance
Junction-to-Case
Junction-to-Ambient
Junction-to-Ambient
RJC
RJA
RJA
o
C/W
Characteristic Max.
UnitsSymbol Typ.

FEATURES
*
* When mounted on the minimum pad size recommended (PCB Mount).

Absolute Maximum Ratings
Drain-to-Source Voltage
Continuous Drain Current (TC=25
o
C)
Continuous Drain Current (TC=100
o
C)
Drain Current-Pulsed
Gate-to-Source Voltage
Single Pulsed Avalanche Energy
Avalanche Current
Repetitive Avalanche Energy
Peak Diode Recovery dv/dt
Total Power Dissipation (TA=25
o
C)
Total Power Dissipation (TC=25
o
C)
Linear Derating Factor
Operating Junction and
Storage Temperature Range
Maximum Lead Temp.
for Soldering
Purposes, 1/8" from case for 5-seconds
Characteristic Value UnitsSymbol
IDM
VGS
EAS
IAR
EAR
dv/dt
PD
ID
TJ , TSTG
TL
A
V
mJ
A
mJ
V/ns
W
W
W/
o
C
A
o
C
VDSS V
*
D-PAK
1.
Gate 2.
Drain 3.
Source
1
2
3
I-PAK
1
3
2
O1
O2
O3
O1
O1
Rev.
C
  [Moins]

BIND 9 Administrator Reference Manual INTERNET SYSTEMS CONSORTIUM

Clavister Core Plus Guide 8.80 FineTune Firewall SG

38 Tesla Irvine, CA 92618 Phone: (949) 679-8000 EliteConnectTM Universal 2. 4GHz/5GHz Wireless Dual-Band Outdoor Access Point/Bridge The easy way to make all your network connections May 2005 Revision Number: R01...   [Plus]

38 Tesla
Irvine, CA 92618
Phone: (949) 679-8000
EliteConnectTM Universal
2.
4GHz/5GHz Wireless Dual-Band
Outdoor Access Point/Bridge
The easy way to make all your network connections
May 2005
Revision Number: R01
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The Challenge: The Solution: FLOODGATE-1 DATA SHEET The Check Point Architecture FloodGate-1 leverages Check Point's flexible threetier client/server architecture to form the foundation of the industry's only...   [Plus]

The Challenge:
The Solution:
FLOODGATE-1
DATA
SHEET
The Check Point
Architecture
FloodGate-1 leverages Check Point's flexible threetier client/server architecture to form the foundation
of the industry's only truly scalable management
architecture.
The three tiers consist of the Policy
Editor, the Management Server, and Enforcement
Modules.
These components can run on a single
platform or be distributed across multiple workstations/servers
· Check Point Policy Editor: The policy editor is a
Windows-based application used to centrally create
and modify policies.

· Check Point Management Server: The
Management Server stores and distributes policies to
enforcement modules.
It also stores and all logging
and monitoring data.

· Enforcement Module: Enforcement modules apply
policies at network access points.
Each module
includes Stateful Inspectiochine, and the IQ Engine.

A Single Enterprise Policy
The existence of the management server (the middle
tier) allows a single enterprise policy to be defined
and automatically distributed across multiple
enforcement points.
Enterprise policy changes can
be made without reconfiguring each device.
Two tier
solutions, on the other hand, require that policies be
stored at each individual enforcement point.
As a
result, any policy change requires that each device
be separately reconfigured.

INSPECT
Virtual Machine
IQ
Engine
FloodGate-1
Managed Traffic
Flow
Check Point
Policy Editor Check Point
Management Server
Enforcement
Modules
Dynamic State
Tables
Application
Presentation
Session
Transport
Network
1
2
3
4
Advanced bandwidth management technology
1.
High-performance traffic inspection
2.
Traffic classified by user, application, etc.

3.
Placed in proper queue based on classification
4.
Scheduled for transmission based on the bandwidth policy
Data Link
Physical True Enterprise Management
A single enterprise policy is stored on the management server and automatically
distributed to each enforcement point.
There is no need to reconfigure each
enforcement point in the event of a policy change.

The Check Point
Architecture
FloodGate-1 leverages Check Point's flexible threetier architecture to enable distribution of a single
bandwidth management policy throughout an
enterprise network.
The three tiers consist of the
Policy Editor, the Management Server, and
Enforcement Modules.
These components can run
on a single platform or be distributed across multiple workstations or servers.

The Check Point Policy Editor is a Windowsbased application used to centrally create and
modify policies.

The Check Point Management Server stores
and distributes policies to enforcement modules.
It
also stores all logging and monitoring data.

Enforcement Modules apply policies at network
access points.
Each module includes Stateful
Inspection, the INSPECT Virtual Machine, and the
IQ Engine.

IQ Engine
FloodGate-1's IQ Engine employs an innovative
hierarchical Weighted Fair Queuing (WFQ)
algorithm to precisely control the allocation of
available bandwidth.
The IQ Engine uses detailed
traffic information from the INSPECT Virtual
Machine to accurately classify traffic and place it in
the proper transmission queue.

Traffic Scheduler
Traffic is then scheduled for transmission based on
the bandwidth management policy.
The IQ Engine
includes a preemptive traffic scheduler so that high
priority traffic is always given precedence over
lower priority data.
This results in exceptional
accuracy when allocating bandwidth based on large
weighted priorities, such as a 50:1 weighting
between two Internet services.

Innovative Technology
FloodGate-1 delivers high-performance, policybased bandwidth management by leveraging
the industry's most advanced traffic inspection and
bandwidth control technologies.

Stateful Inspection
FloodGate-1 incorporates Check Point's patented
Stateful Inspection technology to capture detailed
state information on all network traffic, which is
stored and updated dynamically.
This cumulative
data is used by FloodGate-1's Intelligent Queuing
(IQ) Engine to implement the user-defined management policy.

The INSPECTTM
Virtual Machine enables FloodGate-1
to support more than 100 pre-defined Internet
services and applications, providing unparalleled
flexibility in defining bandwidth management
policies.

Specifications
Operating Systems
Management Server Solaris 2.
6, Solaris 7
& Enforcement Module (32 bit mode)
Windows NT 4.
0
Management Client Windows NT 4.
0
Windows 95, 98
Solaris* 2.
5, Solaris* 2.
7
(32 bit mode)
Platforms Pentium III or higher
Sun SPARC (Solaris)
Disk Space 30 MB
Memory 192 MB
Network Interface ATM
Ethernet
Fast Ethernet
FDDI
Token Ring
* Real Time Monitor Window not supported on Solaris operating systems
Product Features
· Flexible bandwidth control with
weighted priorities, guarantees,
and limits
· Integrated VPN bandwidth management
· Enterprise policy management server
· Real time graphical monitor
Product Benefits
· Reliable performance for businesscritical traffic such as VPN, ERP, and
e-commerce
· Eliminate the need to deploy separate
products for VPN, firewall, and bandwidth policy management
· Centrally modify policies without the
need to reconfigure each enforcement
point
· Easily identify sources of network
congestion
S e c u r e V i r t u a l N e t w o r k A r c h i t e c t u r e
Secure Virtual Network Architecture
All Check Point Software products are built on our Secure Virtual Network (SVN) Architecture to provide secure and
seamless connectivity of users, networks, systems and applications across Internet, intranet and extranet environments.

For more information, please contact your Check Point Software reseller or go to www.
checkpoint.
com
©1999 Check Point Software Technologies Ltd.
All rights reserved.
Check Point, the Check Point logo, FireWall-1, FireWall-1 SecureServer, FloodGate-1, INSPECT, IQ
Engine, Meta IP, Open Security Extension, OPSEC, Provider-1, Reporting Module, User-to-Address Mapping, VPN-1, VPN-1 Accelerator Card, VPN-1 Appliance, VPN-1
Certificate Manager, VPN-1 Gateway, VPN-1 SecuRemote, VPN-1 SecureServer, and ConnectControl are trademarks or registered trademarks of Check Point Software
Technologies Ltd.
or its affiliates.
All other product names mentioned herein are trademarks or registered trademarks of their respective owners.
The products described in
this document are protected by U.
S.
Patent No.
5,606,668 and 5,835,726 and may be protected by other U.
S.
Patents, foreign patents, or pending applications.
P/N 32100100001
Organizations worldwide are increasingly using IP-based technologies to support critical applications on
both Internet and private WAN links.
VPN technologies, in particular, are making it possible to gain competitive advantage by connecting employees, partners, and customers using the Internet.
Although the
benefits of Internet technologies are undeniable, the resulting flood of IP-based traffic can cause severe
congestion on limited WAN and Internet links.
Too often, bandwidth-hungry discretionary traffic overwhelms business-critical traffic on these links.

FloodGate-1--Reliable Performance
for Critical Traffic
Check Point Software Technologies solves the
network congestion problem with FloodGate-1,
a policy-based, enterprise bandwidth management solution for private WAN and Internet
links.
It optimizes network performance by
assigning priority to business-critical traffic
based upon relative merit.

For example, ERP, database, or e-commerce
applications running on a corporate VPN can
be prioritized over discretionary web and
email traffic.
By aligning network resources
with business goals, FloodGate-1 makes it
possible to realize the true potential of
IP networks.

Bandwidth Management for VPN, Private WAN and Internet Links
VPN-1
FireWall-1
FloodGate-1
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A M B A S S A D E D E F R A N C E S E R V I C E S D ' E X P A N S I O N É C O N O M I Q U E P E E D E M A D R I D Internet en Espagne. Avril 2002 © MINEFI - DREE Le secteur des télécommunications, qui a...   [Plus]

A M B A S S A D E D E F R A N C E S E R V I C E S D ' E X P A N S I O N É C O N O M I Q U E
P E E D E M A D R I D
Internet en Espagne.

Avril 2002
© MINEFI - DREE
Le secteur des télécommunications, qui a fortement évolué ces dernières années en Espagne, s'est caractérisé
jusqu'en 2000 par un dynamisme certain de la plupart de ses composantes.

Les principaux faits marquants en sont d'une part la libéralisation du secteur, qui a mis fin au monopole de
l'opérateur historique Telefónica.

L'ouverture officielle du marché des télécommunications au 1er
décembre 1998 a ainsi permis l'arrivée de
nombreux nouveaux opérateurs, l'apparition d'une concurrence entraînant des baisses tarifaires substantielles en
téléphonie fixe et accès à Internet.

D'autre part, Telefónica a été progressivement privatisée (finalisation en 1997) et a connu ces dernières années
une trajectoire de croissance.
Telefónica a en effet réussi à maintenir son avance en Espagne et à se donner une
envergure internationale en se développant fortement en Amérique latine.

Ce cadre dynamique jusqu'en 2000 ne doit cependant pas cacher la situation actuelle de crise que traverse ce
secteur et le fait que les nouveaux entrants, quels qu'ils soient, souffrent de la position dominante de Telefónica
qui continue de bénéficier d'un environnement qui lui est favorable.
Il est dans les faits l'un des opérateurs
historiques qui conserve les plus fortes positions sur son marché.
Cette position dominante est particulièrement
vraie sur le créneau de l'Internet haut débit, où Telefónica détient actuellement la quasi-totalité des lignes
ADSL en service.

Les perspectives de croissance reposent d'une part sur le nombre d'utilisateurs d'Internet qui reste encore faible
en Espagne comparativement à nombre de pays européens, d'autre part sur les services et contenus qui se
développent progressivement sur Internet.

Evolution de l'utilisation d'Internet
À fin 2001, le nombre d'utilisateurs s'élevait selon l'EGM à 7,5 millions.
L'Espagne compte ainsi 3 millions de
foyers connectés à Internet, soit un taux de pénétration est de 22%.

Source : EGM
Ces chiffres reflètent la croissance assez forte mais récente de l'utilisation d'Internet en Espagne.

Au niveau des entreprises, l'année 2001 a vu une forte augmentation de la pénétration des PC, de l'utilisation
d'Internet et du commerce électronique.
Mais les chiffres restent encore au -dessous de la moyenne des pays de
  [Moins]

www. 20minutes. fr N° 1221 MERCREDI 27 JUIN 2007 12°C le matin 18°C l'après-midi météo (publicité) france MAM propose un stage de conduite La ministre de l'Intérieur a promis de mieux former les policiers...   [Plus]

www.
20minutes.
fr N° 1221 MERCREDI 27 JUIN 2007
12°C le matin
18°C l'après-midi
météo
(publicité)
france
MAM propose un
stage de conduite
La ministre de l'Intérieur a promis
de mieux former les policiers
après l'accident de Marseille.
P.
10
paris S.
POUZET/20MINUTES
cinéma
Marjane Satrapi,
la Perse-muraille
DIAPHANAFILMS
Interview de l'auteur de
Persepolis, qui a porté sa BD
autobiographique à l'écran.
P.
20
Appareil de mesure
de la pollution, près
du périphérique.

Le fond de
l'air est troublePlusieurs associations pointent
les insuffisances d'Airparif,
l'association chargée
de mesurer la qualité de l'air
en Ile-de-France.
Enquête.
P.
2
justice
Adahchour :
l'affaire rebondit
L'avocat de cette
famille injustement
soupçonnée
de terrorisme
réclame l'audition
de Sarkozy.
P.
9
J.
AYISSI/AFP
Tony Blair tire sa révérence et
cède sa place à Gordon Brown
Après avoir occupé pendant dix ans le poste de Premier ministre en Grande-Bretagne,
le leader travailliste passe la main aujourd'hui à son ministre de l'Economie.
P.
12
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