Limited-Use-Socket (LUS) neue Lizenzierungs- und Preisoption

Freigabe der IBM mit Announcement ZP09-0198, vom 19. Mai 2009
ergänzt durch Lizenzdokument L-KLET-7R4PBU, vom 28. Mai 2009

Die IBM hat zwei weitere Lizenzmetriken eingeführt, um auch auf leistungsstark ausgerüsteten Rechnersystemen eine Lizenzierung für die kleineren Varianten des Informix Dynamic Servers zu ermöglichen.

 Vertriebsinfo Nr. 09-06-15 vom 15.06.2009

How to morph a Raspberry Pi into
a powerful Sensor Data Cache and IoT Gateway

Alexander Koerner (IBM Analytics Architect)
IIUG 2016 Session - 49 Pages

Alexander Koerner gives a short introduction in Raspberry Pi and sensor data communication and answers why is Informix is the perfect sensor data store for edge gateways based on the Raspberry Pi.

Introduction / Why a Raspberry Pi?

How to build a sensor data cache with a Raspberry Pi

• Choice of communication protocol(s)
• Sensor-to-Pi communication / Pi-to-Network communication
• Sensor HW considerations
• Operating System(s) / Additional Software requirements
• Sensor Data Cache (Informix)
• Flow / Streams Processing

 Sensor data analytics in motion and at rest

• In-Motion Sensor Data Analytics / Node-RED / Quarks / Spark Streaming (not covered)
• At-Rest Sensor Data Analytics / Informix 12.10

Informix 12.10 on Raspberry Pi

• Informix is the perfect sensor data store for edge gateways based on the Raspberry Pi
• Informix on the Raspberry Pi - How To
• Install and configure Informix on the Raspberry Pi

The cloud connection

• IoT Architecture Annotated with IBM Products
• The Watson IoT Platform – IBM's next generation IoT platform
• How to connect the Raspberry Pi to the IBM Cloud

Sensor data visualization

• JavaScript / Grafana

Summary / Contact information

Informix on ARM Architecture

Globally ARM is the most widely used instruction set architecture in terms of quantity produced. The low power consumption of ARM processors has made them very popular: over 50 billion ARM processors have been produced as of 2014, of which 10 billion were produced in 2013 and "ARM-based chips are found in nearly 60 percent of the world’s mobile devices". The ARM architecture (32-bit) is the most widely used architecture in mobile devices, and most popular 32-bit one in embedded systems. (Wikipedia)

What does it mean to Informix and the upcoming Internet of Things?

View the Advanced DataTools webcast replay. This webcast will explore some of the ARM-based computers that are available, and describe why ARM is such a good fit for an IoT solution. Tom Beebe will show how simple it is to install a full version of the IBM Informix database server on a low-power, affordable ARM-based Linux computer, and why the power and simplicity of Informix makes it ideal for an embedded IoT gateway.

Automate small footprint,
embedded Informix Server deployments

Sreeni Paidi
Advisory Software Engineer IBM

Overview:

This tutorial shows you how to automate IBM® Informix® Dynamic Server (IDS) small footprint deployments by using the IDS deployment utility and the IDS embeddability toolkit. An important requirement of an embedded database system is that it be invisible to end users and administrators.

IDS is a perfect database system for application environments that require an embedded database because you can install, deploy, and administer the database silently. It is transparent to users that there is a robust and reliable database system catering to the database requirements of the application.