Increasing complexity of systems and software – Critical software and its production process
Method B for the specification and realization of proven software and mission-critical systems

Add to my library

SE2525 V1 Article

Increasing complexity of systems and software – Critical software and its production process


Method B for the specification and realization of proven software and mission-critical systems

Author : Jacques valancogne

Publication date: January 10, 2012 | Lire en français

Add to my library Add to my library

Logo Techniques de l'Ingenieur You do not have access to this resource.
Request your free trial access! Free trial

Already subscribed?

1. Increasing complexity of systems and software – Critical software and its production process

For decades, the complexity of systems and software has increased for a variety of reasons: on the one hand, because of the ever-increasing power of computers (both in terms of speed and memory capacity), but also because of the growing demands of manufacturers and customers who, in general, are asking for ever more functionality, because software seems to have no limits, being immaterial (it's enough to write code, only ideas might be lacking, and costs are only significant for design and realization, and increasingly low when it comes to multiplying copies). The majority of sensors, actuators and interfaces today contain software. Another important aspect is the use of IT in the industrial world (automation, control stations, processes), the development of telecommunications, the use of networks with distributed computers and information systems requiring high availability. This requires...

You do not have access to this resource.
Logo Techniques de l'Ingenieur

Exclusive to subscribers. 97% yet to be discovered!

You do not have access to this resource. Click here to request your free trial access!

Already subscribed?


Article included in this offer

"Safety and risk management"

( 463 articles )

Complete knowledge base

Updated and enriched with articles validated by our scientific committees

Services

A set of exclusive tools to complement the resources

View offer details

Contenus associés

Sur le même sujet

Veille personnalisée : Inscrivez-vous !

Dans les ressources documentaires

Modélisation par bond graph - Éléments de base pour l’énergétique

De par l’interaction de plusieurs phénomènes de natures diverses (stockage, dissipation d’énergie…), et l...

Modélisation par bond graph - Application aux systèmes énergétiques

L’outil bond graph a la capacité de pouvoir décrire la complexité des systèmes énergétiques, en grande ma...

Validation des résultats des logiciels scientifiques - Approche stochastique

La méthode CESTAC (Contrôle et estimation stochastique des arrondis de calculs) consiste à évaluer la fia...

Quantification de la fiabilité des logiciels

Cet article décrit les fondements théoriques de la quantification de la fiabilité du logiciel et en expli...

WhitePaper Google DeepMind
7 September 2016
Google DeepMind

L\'intelligence artificielle est-elle en train de prendre le dessus de l\'homme ?

Tous les livres blancs
Toutes les actualités
Contact us