The IMS framework on Ericsson Labs is to build Java or Android based mobile applications or RESTful based PC client applications with messaging, presence on top of IMS/SIP.

1. IMS Framework (mobile java communication framework)
A labs.ericsson.com enabler
http://labs.ericsson.com/apis/mobile-java-communication-framework/

2. IMS Framework
A communication framework for device to device, server to
device and device to server communication
A communication framework built on IMS/SIP with API
support in multiple client platforms
– Android
– Java ME
– RESTful
A hosting environment for server applications
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3. Why IMS Framework?
A generic white label communication framework tying
together the mobile and PC domain
– Extending beyond one mobile device brand
Focus on what should be communicated rather then how
– High level API hides the details of delivering data to a another
device
Deliver data between applications beyond the size limits of
sms/mms
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4. Main Features of IMS Framework
Java ME, Android and RESTful client APIs for
– Messaging, session and instant
– Presence
– Subscribe/Notify
Integrated NAT/FW handling
Hosting of server applications in a Glassfish/Sailfin
application server
– A container environment allowing both sip and http
communication
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5. IMS Framework Overview
Application hosting
NAT/FW
PC/Browser
HTT
Home/Office P
REST gateway
User
Presence
Session/routing
IMS framework P
TT SIP gateway
Java ME/Android /H
S IP
NAT/FW
Mobile Operator Ericsson Labs
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6. Client APIs
Java ME library to be included with the developed application.
– Device requirement Java MIDP 2.0/CLDC 1.1, always on application support,
developed and tested using SonyEricsson devices.
// Connect to IMS infrastructure
ImsInnovation mImsInnovation = new ImsInnovation(this, “3gpp-application.com.mytest”,
this);
// Create messaging service
MessageService mMessageService = new MessageService(mImsInnovation);
// Send a message
mMessageService.sendQuickMessage(“tosomeone@imsinnovation.com”, “Hello someone!”,
“text/plain”);
Android library to be included with the developed application.
– Developed and tested using the G1 device.
RESTful API, accessed from a browser or from any application
environment.
– Currently being integrated in Zembly
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