Telefonaktiebolaget Lm Ericsson (publ)

Sap Se

Other

Samsung Electronics Co., Ltd.

Linksmart Technologies Pvt. Ltd.

Ashish Anand

Prashant Anand

Akhil Goel

Suneet Agarwal

Vinayak Joshi

Chandrashekhar S Byadgi

Vijetha Bhyrappa

Gerd Ritter

Ashutosh Bisht

Mustafa Arisoylu

Ashwani Kumar Mehra

Ashish Kumar Jain

Keshav Gupta

Christian Haas

Prakash Kumar

Nitin Katiyar

Sunil Kumar Nagaraju

Olivier M Dreidemy

Thomas Konstandin

Attila Orban

Anant P Utgikar

Suman Tiwari

Sascha Zimmermann

Sharad Dixit

Bhuwan Rawat

Chandrashekhar Byadgi

Paramanand Singh

Armaan K Marwaha

Reshma R Varma

Rohit Chaudhary

Rishabh Sawa

Abinash Nanda

Mohannad Ezzo

Prasanth Alapati

Binoo Chandran

Various embodiments for a user interface modification and recommendations system are described herein. An embodiment operates by displaying in a first section of a user interface a plurality of saved/favorite apps of a first user based on a list of saved/favorite apps of the first user. A list of authorized apps is generated from the first list of apps and comparing a user profile of the first user with permissions provided by the client system. A final list of recommended apps is generated by copying a preliminary list and removing all the saved/favorites apps of the first user. The first section of the user interface is updated by adding the at least one app from the final list of recommended apps to the first section.

User interface modifier based on app recommendations

A method and apparatus are provided for identifying In-Call capability features. The method includes sending, by a Mobile Originated(MO), a call request message to a Mobile Terminated(MT), wherein the call request message comprises information regarding In-Call capability features of the MO; receiving, by the MO, a call response message from the MT, wherein the call response message comprises information regarding In-Call capability features of the MT; and performing, by the MO, In-Call capability negotiation with the MT.

Method and apparatus for identifying in-call capability features

The system comprises of a security label engaged to a package. The label comprises of a first layer with a first code and a second layer with a second code. The first layer is disposed over the second layer in a way that at least a portion of the second code on the second layer is covered by the first layer. The second code on the second layer is revealed upon irreversibly disengaging the first layer from the package. The first code is associated with a first information and the second code is associated with a second information. The second code on the second layer is associated with the first code on the first layer. These codes are authentication-wise interlinked and as one single label which can be pre-applied on product-label and still extended authentication challenge like refill-evidence or tamper-evidence in addition to basic counterfeit-evidence.

Combined data retrieval and tamper-evident security system

The method to determine tampering of a security label () comprises, associating at least a portion of a first pattern to an external reference (), wherein a first layer () of the security label () comprises the first pattern. Further, a second pattern () defined in a second layer () is used to change the contour of the portion of the first pattern, when the security label () is at least partially disengaged from a surface. Subsequently, when there is change in contour of the portion of the first pattern, the portion of the first pattern is disassociated from an external reference (). Further, the portion of the first pattern and the external reference () are scanned and finally tampering of the security label () is determined based on the association between the portion of the first pattern and the external reference ().

Automated detection of tampering

Disclosed herein are system, method, and computer program product embodiments for accessing a data service using a data service Uniform Resource Identifier (URI) object. An embodiment operates extracting a name-value pair of each parameter stored in the data service class object. The embodiment generates a parameter context URI using the one or more extracted name-value pairs according to a data service specification of the data service. The embodiment extracts one or more filter range items for each filter option stored in the data service class object. The embodiment generates a filter context URI using the one or more extracted filter range items according to the data service specification of the data service. The embodiment generates a context URI using the parameter context URI and the filter context URI. The embodiment then accesses the data service according to the context URI.

Generation of filter and parameter context URIs

A container () is provided. The container () comprises a mouth (), a cap () for operably exposing or closing the mouth (), a sealing layer () on top of the mouth () and a security label () which is scannable. At least a portion () of the cap () is transparent. The security label () is disposed over the sealing layer () below the transparent cap () and the security label () is machine scannable.

Counterfeit, tamper and refill evident packaging

A method and apparatus are provided for identifying In-Call capability features. The method includes sending, by a Mobile Originated (MO), a call request message to a Mobile Terminated (MT), wherein the call request message comprises information regarding In-Call capability features of the MO; receiving, by the MO, a call response message from the MT, wherein the call response message comprises information regarding In-Call capability features of the MT; and performing, by the MO, In-Call capability negotiation with the MT.

Disclosed herein are system, method, and computer program product embodiments for extracting customer relationship management (CRM) data from an on-premises database for testing with a cloud-based CRM. The extraction approach simplifies, through the use of a wizard, the selection of relevant customer records and their extraction, along with any dependencies on other records. The extracted records can then be uploaded to the cloud-based CRM for evaluation.

Data migration using transactional data as primary object

Various embodiments for providing a user interface test and validation system are described herein. An embodiment operates by determining user interface (UI) settings and metadata, and fetching data corresponding to the metadata. A plurality of test procedures corresponding to the UI element are identified. A plurality of states to be present in a rendering of the UI element based on the plurality of test procedures, the metadata, and the data are identified. A rendering of the UI element is validated against the plurality of states. A test report is provided based on the validating.

Metadata driven user interface test and validation system

Embodiments herein provide a method for handling IMDN message in a RCS system. The method includes sending, by a first electronic device, an IMDN restore message to restore a content deleted by the first electronic deviceto at least one second electronic device-. The IMDN restore message comprises an IMDN type with an original IMDN identifier of the deleted content. Further, the method includes receiving, by the at least one second electronic device-, the IMDN message from the first electronic device. Further, the method includes determining, by the at least one second electronic device-, the deleted content based on the IMDN identifier. Further, the method includes sending, by the at least one second electronic device-, the deleted content to the first electronic device

Handling instant message disposition notification (IMDN) message in rich communication service (RCS) system

A method for automated authentication of a security label comprises capturing a first image of the security label under a first lighting condition and capturing at least a second image of the security label under a second lighting condition. Further, the first image and the second image are verified to check whether the first image and the second image meet pre-defined expectation under the first lighting condition and the second lighting condition respectively. Authenticity of the security label is confirmed by the processor if the expectation is met.

Method for automated authentication of a security label

This invention proposes a per-piece unique optical randomness on security labels that enables a unique color profiling. Verification of Color-profiling is fully automated. Color profiling is captured under a light homogenizer. Color profiling starts at certain intersection point (within security label) of line joining reference circle to centre of security label. To detect duplication, multiple color-profiles are acquired with scanner flash light switched-on & switched-off. Even if same label is reapplied after tampering the asset the color profiling gets auto changed and can be automatically verified. Color profiling based security is layered on fundamental layer of spatial orientation. Also optically variable region can be leveraged to quickly verify if label is original without matching with stored color profile in cloud during registration scan.

Automated verification of optical randomness in security label

A packet distribution scheme for forwarding incoming packets to servers in a network. Depending on a hash value of the incoming flow's identification parameters, a hash flow table or database is queried to determine the server to which the packet is to be forwarded. If multiple flows have the same hash index and are associated with different servers, a secondary flow table or database is queried for determining the server. In an example implementation, only the secondary flow table is configured to store fully qualified flow identification parameters whereas the hash flow table is operative to store reduced or compressed state information.

System and method for efectuating packet distribution among servers in a network

Exemplary methods for upgrading route processor virtual machines (RP VMs) and line card virtual machines (LC VMs) include upgrading a second RP VM serving as a standby RPVM with a new RP VM image. The methods further include spawning, using a new LC VM image, a second set of LC VMs to serve as standby LC VMs. The methods also include performing incubation of standby VMs, by configuring a switch to forward data traffic to both the first and second set of LC VMs, thereby allowing system states of the standby VMs to be auto-populated by the data traffic. The methods further include, after the incubation has completed, swapping roles of VMs at the virtual router, such that data traffic are exchanged only between the switch and the upgraded VMs.

Method and system for hitless upgrade of chassis in virtualized environment

A label for enabling verification of an object includes a scannable region that enables determination of auto-acquired unique spatial orientation of the scannable region with respect to a reference thereby enabling determination of a spatial orientation of the label with respect to the reference. The label is applied onto the object and a change in the spatial orientation of the label indicates tampering of the label, thereby enabling verification of the object. Further, a method for detecting tampering of an object includes providing label on the object. The label has at least a portion which is scannable region with a plurality of patterns and is associated with an external reference point. Further, the method includes determining a first and a second spatial orientations of the label based on computation between the patterns and the reference point, and generating an alert on noticing a change between first and second spatial orientations.

Growing community of inventors

Bengaluru, India

Ashish Anand