Abstract: A method, interaction node (100) and computer program in a communication network for enabling interactivity between single or multiple handheld devices (110) and an object (120), comprising receiving at least one orientation message from the handheld devices (110), further comprising determining the handheld devices (110) position and direction in a predetermined vicinity space (130), further comprising determining an object (120) in the vicinity space (130) to which the handheld device (110) is oriented, further comprising transmitting an indicator to a feedback unit (140), which indicates that the handheld device (110) is oriented toward the object (120), the indicator confirming a desired orientation of the handheld device (110) such that the handheld device (110) is pointing at the desired object (120), further comprising receiving an interaction message from the handheld device (110) including a selection of the object (120), thereby enabling interaction between the handheld devices (110) and the object

Abstract: A system, method and apparatus for facilitating content delivery in mobile access and other networks, and improving access to content and services in those networks. Mobile terminals and other user devices are increasingly used for content generation and content upload, in particular for what concerns photo and video types of content. Since the quality of the content generated with the aforementioned devices is dramatically increasing, the associated file sizes are also significantly larger. At the same time, the uplink of cellular and mobile systems has typically much less capacity than the downlink, thus solutions that can deliver improved performances in existing infrastructures, when uploading user created content, are highly beneficial for supporting user content generation in future devices and networks.

Abstract: A lighting system for delivering a dynamic, fully customized, and automatic illumination to a subject. The lighting system comprises a programmable light unit for emitting a programmed pattern and spectra of illumination, a sensor pod comprising an array of sensors for detecting ambient lighting conditions and subject characteristics, a control unit for allowing a user to program the lighting system, and a processing unit for analyzing data from the sensor pod and control unit to construct an optimal lighting profile in accordance therewith. The lighting system generates light in accordance with the lighting profile which is fully optimized in spectrum, intensity, color, contrast, temperature, angle, and focus for any given environment, subject and task.

Abstract: A lighting system for delivering a dynamic, fully customized, and automatic illumination to a subject. The lighting system comprises a programmable light unit for emitting a programmed pattern and spectra of illumination, a sensor pod comprising an array of sensors for detecting ambient lighting conditions and subject characteristics, a control unit for allowing a user to program the lighting system, and a processing unit for analyzing data from the sensor pod and control unit to construct an optimal lighting profile in accordance therewith. The lighting system generates light in accordance with the lighting profile which is fully optimized in spectrum, intensity, color, contrast, temperature, angle, and focus for any given environment, subject and task.

Abstract: A lighting system for delivering a dynamic, fully customized, and automatic illumination to a subject. The lighting system comprises a programmable light unit for emitting a programmed pattern and spectra of illumination, a sensor pod comprising an array of sensors for detecting ambient lighting conditions and subject characteristics, a control unit for allowing a user to program the lighting system, and a processing unit for analyzing data from the sensor pod and control unit to construct an optimal lighting profile in accordance therewith. The lighting system generates light in accordance with the lighting profile which is fully optimized in spectrum, intensity, color, contrast, temperature, angle, and focus for any given environment, subject and task.