Arnaud Taddei (CERN)
Mail architecture: Exemple at CERN
The CERN Mail Architecture implements a true Internet Protocols based service (using SMTP, IMAP, LDAP). It consists of a set of servers having a clear role and is using a mechanism to scale almost indefinitely the service. I will report as well on the client side and its immaturity and how things can go really wrong, in particular with the exemple of Netscape 4 Mail and how we solved the problems.

Philippe Gaillardon (CCIN2P3)
OPERATMS - an X-Window operator tool for tape movements
Presentation of an X-Window operator tool for managing tape movements using TMS and STK robots.

P.Matousek (CERN)
Mailrouter - correction of mistyped email addresses using fuzzy match
The standard format of email addresses at CERN is "Firstname.Familyname@cern.ch". The Mail Transfer Agent (MTA) translates this symbolic address to a corresponding physical address which points to a user mail account.
If a translatation fails due to any mistakes in the address, a fuzzy match program is invoked to correct the recipient address. This program combines various fuzzy match techniques (approximate
match, soundex algorithm) to find the best match in a reasonable time and returns a message to the sender if no exact match can be found.

Robert Zelazo (CERN)
Anti-Spam War : Status at CERN
Since November last year we have been actively trying to reduce the amount of unsolicited electronic mail, commonly known as SPAM mail, that arrives in CERN mailboxes. Since it is difficult to distinguish between spam mail and genuine mail, "innocent" people may occasionally be affected by our anti-spam measures.
These are based on the the relay host IP address and the SMTP envelope "MAIL From:", "RCPT To:" lines. In our case analysing the body of each message we receive at CERN would be too much resource consuming.
That is why we focused on the envelope information. This also lets us refuse spams in the very first moment, without accepting the bod of the message.  Our anti-spam measures are implemented in the sendmail's check_mail and check_rcpt rules and will be summarized by me during the HEPIX meeting, so that you will be aware of what we are doing to stop accepting and relaying spams at CERN.

P.Matousek (CERN)
LDAP: implementation at CERN
A new Internet protocol for directory services - LDAP - becomes more and more popular. It is supported by major software producers and implemented in many products (Netscape, etc).
At CERN we use LDAP directory services to store user data and for searching of email addresses, people, phone numbers etc. The database contains both free-access data (email, phone, office, experiment) as well as confidential information (personal data, account information).
Due to wide access control rules defined in LDAP the internal data are protected against un-authorized access. For update we use fast off-line access to the database which allows everyday update without stopping the service for a longer time.

James W. DeRoest (UoW)
Architecture of a Mail Service: Example at University of Washington
The University of Washington has been involved in developing large scale electronic mail clusters for a number of years. Currently we support time shared and desktop IMAP/POP3 access to a centrally managed inbox and folder repository for a community of 70,000 users.
I will describe our mail cluster architecture including a per-user DNS mechanism used for identifying inbox servers. I will also discuss plans for Kerborizing access to the mail cluster and campus LDAP support for the new generation of mail clients.

Maria Dimou (CERN)
A study of shared calendar products
HEP experimental collaborations are often composed of hundreds of people based in many different locations. In order to schedule common events and check each-other's availabilities we need a shared calendaring system, which can be available on all our supported platforms and remotely accessible.
A web-based client-server tool is most suitable for the task and with such specifications we started collecting products and requirements in a small study group at CERN. In this talk we hope to share interest and experience with HEPiX peers in calendar products and service requirements.

Michel Jouvin (IN2P3/LAL)
IMSP and ACAP experience at LAL
The Application Configuration Access Protocol (ACAP) and its predecessor Internet Mail Support Protocol (IMSP) allows users to access and store their personal profile, addressbook, etc. Based on IMSP experience at LAL, Michel will expose the goal of such companion protocols in IMAP based server environment, discuss benefits and weakness from a client perspective, and introduce how ACAP should improve service and manageability.

German Fernandez (CERN)
Mailing Lists: Successful deployment with a Web interface
MOWGLI is a web interface, developed at CERN, to the mailing list server Majordomo. It's a set of CGI programs and libraries, written in Perl, integrated in the core of a dedicated Apache HTTP server.

Alf Wachsmann (DESY/Zeuthen)
Cfengine as New Installation and Administration Tool at DESY
In the past DESY Hamburg had used a home grown tool for systems installation and administration. This talk presents the reasons why DESY needs a change to another tool which will be used at both sites of DESY in Hamburg and Zeuthen: cfengine.
This talk also presents a list of tools which were evaluated by a small group of SysAdmins in order to find the appropriate successor of the currently used tool.

Dirk Wetter (DESY/Hamburg)
Linux Workgroupserver @ DESY/Hamburg
Similar to the existing ~150 AFS workgroupservers from different UNIX flavors (mainly SUN, SGI, HP, AIX) DESY offered limited recently support for another operating system: Linux. The challenge was to build up a model for a Linux AFS workgroupserver which fits into the DESY environment. This should be done with a minimum effort for installation and administration so that the low costs for the hardware should not be compensated by high costs for the support. The basic installation procedure is provided by the S.u.S.E distribution and the workgroupserver postinstallation was made by DESY. In this way it was possible to guarantee a totally unattended installation starting from inserting the floppy to the ready-to-go-system within < 45 min.

Thorsten Kleinwort (DESY/Zeuthen)
Computer Security at DESY-Zeuthen
The main goal of this talk will be to present the recent measures we made in Zeuthen to increase our computer security on our unix-machines. This is due to hacker attacks and a general improvement of security. I will also mention the special role of  LINUX in this context.