How old is MS Powerpoint ? It was introduced in May 1990, a staggering 22 years in place and the main concept did not change – slides (the digital version of the old slide projector). Companies still depend on it and it is always a struggle to get it running at conferences, talks or customer sites (must bring your own notebook, cannot connect to projector,..).
..You still see people using the typewriter effects in presentations.
..You always see presenters fiddling around with powerpoint design mode when setting up or getting started.
Yes, at least we have free alternative, OpenOffice or LibreOffice (coming with the same features)
If you want to be a bit more presentation 2.0’ish you should try prezi which allows you to create very pleasing and fresh online (and offline!!!) presentations. You can edit and show them online, without relying on notebooks, installed powerpoint viewers etc. It also comes with an iPad app for mobile offline presentation. The only thing I dislike: it relies on Flash, guess just a matter of time until a html5 version is available.
I just created a product presentation with it and get a lot of good feedback, even it is not fully utilizing the prezi features.
prezi design screen
What is Airtilus ?
A cloudbased (private and public) web solution for the airport community (authorities, groundhandler, airlines,..) that I am working on with my team. It covers Flightplan and Resource Management, Service Contract Management and more features. It is considered a AODB like (Airport Operational Database) application but stepping away from the traditional monolithic application silo towards a more open and flexible platform.
You want to know more, drop me a note (sven (at) bighugesystems (dot) com) and I will send you the link to above presentation.
I launched a first version of a Telex processor with a web frontend. It is a beta version and currently only processes MVT standard messages.
Some words about the requirements for a flexible interface processor
Though IATA Telexes are defined by a standard, variations are common because some are produced automatically by other systems and some are created manually, which causes more errors. The processing of telexes, the pattern recognition, must be flexible enough to be able to handle extra inline whitespaces and dots, as well extra lines with free text or extra headers and trailer, eg. now it is more common to receive telexes via email and often some extra email information is added as header before it reaches your system. Customers also might create their own telex standards, meaning the whole message is transported as free text message, but inside the message the customer uses his own syntax for data transmission.
This requires a message interpreter that can be configured for new or non-standard formats on the fly, without the need to change any sourcecode and to redeploy a system.
(I saw a project at one airport where the change of LDM format interpretation would have cost the customer around 10.000 Euro because one of the cargo airlines send messages with an extra header line)
Other standard messages, such as AFTN, NOTAM or CFMU should be processed by the same engine using the same approach. One interface engine with the flexibility of the scripts covers the various aspects of the different types.
A few words about concept and architecture
Certainly the word ESB sometimes might appear bloated like other IT buzzwords, but it hardly makes sense today to implement distinct own interface systems for every protocol or subsystem type you come across. In a heterogeneous IT landscape like an airport an ESB allows you to easily connect inbound and outbound to a number of other systems via TCPIP, Email, FTP,.. or even talk to other standard systems like SAP, Salesforce.com and so on. We use one connector to talk to the ESB, the rest we orchestrate in the ESB itself. With MULE ESB we have the freedom of an opensource product as well the power of enterprise support. The learning curve for MULE is not too steep.
For the sample of telexes: Sometimes you ‘receive’ telexes by using the auto export function of the Sitatex application and retrieve the files with the messages via FTP, or you receive the messages as email or via a queuing server from a central corporate entrypoint. We can swing over to another source or run in parallel without touching the main system.
Instead of hardcoding the various formats, we use a Java Script engine executing Groovy Scripts. These scripts, one for each message type, are stored in the DB and can be adjusted or customized easily. The scripts produce an internal XML formatted standard output which easily can be un-marshalled during the downstream processing using proper XSD.
Whatever requirements you have how to handle the received data. In our sample system here, receive from the web frontend and make it human readable.
Please feel free to drop by http://tools.airtilus.net:8080/AirtilusTelexR and try by yourself. Please note: Do not process confidential as the data is transmitted unsecured and might be stored (to improve the quality). This is NOT a commercial offering but a technology showcase. There is no warranty that the server is available or the processor correct. You can use the example message and modify it, otherwise copy and paste your own message.