Amazon Technologies, Inc.

Roku, Inc.

Qualcomm Incorporated

Qualcomm Atheros Inc.

Bharath Bhoopalam

Olaf Josef Hirsch

Jiangtao Zhang

Vijay Dheeraj Reddy Mandadi

Manev Luthra

Allen Tsz-Chiu Wong

Peter Van Horn

Shriram Krishnan

Raviprasad V Mummidi

Ramu Panayappan

Gunja Agrawal

Ting Hsiang Eddy Chu

Techniques are described for enabling an application modernization system to efficiently identify various types of software development 'anti-patterns' (including cloud anti-patterns) associated with software applications. An anti-pattern is broadly any characteristic of a software application or system that represents an undesirable or suboptimal solution to a problem within a given software design context. Depending on the particular software design context, examples of possible anti-patterns and cloud anti-patterns can include the use of insecure network protocols, an application's reliance on local file system access, the use of a deprecated or outdated class, function, or library, etc. An application modernization system described herein includes a modernization assessment client application that identifies the presence of anti-patterns in users' software applications using a collection of anti-pattern definitions (e.g., defined based on an anti-pattern definition syntax) obtained from an application modernization service of a cloud provider network.

Dynamic cloud anti-pattern detection for a modernization assessment service

Techniques are described for enabling a software modernization system to automatically map binary executable files and other runtime artifacts (e.g., application binaries, Java ARchive (JAR) files, .NET Dynamic Link Library (DLL) files, process identifiers, etc.) to source code associated with the binary executable files, e.g., as part of modernization processes aimed at migrating users' applications to a cloud service provider's infrastructure. A software modernization service of a cloud provider network provides discovery agents and other tools that are capable of creating an inventory of users' software applications and collecting profile data about the software applications. Various techniques are described for automatically identifying the source code associated with software applications identified by a discovery agent in a user's computing environment, thereby improving the efficiency of various software modernization analyses and other modernization processes.

Automatically mapping binary executable files to source code by a software modernization system

A system, method and computer readable device are described herein. A plurality of packets are received at a data streaming device, from a computing device; the packets including authentication information for gaining access to a local network. The MAC address of the computing device with a MAC address of a data streaming device in the header of the packets. The authentication information including the MAC address of the data streaming device to a server. An authentication to access the local network is received from the server.

Authenticating a browser-less data streaming device to a network with an external browser

A system, method and computer program product for authenticating a data streaming device to a network using a browser of another computing device, such that the data streaming device is able to retrieve and/or transmit streaming content over the Internet subsequent to the authentication.

A common coexistence timer can be implemented on collocated or proximate wireless radio devices so that timing information associated with scheduled communications of each of the wireless radio devices is communicated with a common time reference. The coexistence timer provides the common time reference for the wireless radio devices. A transmitting wireless radio device can calculate a difference time associated with the timing information of a scheduled communication and can provide the difference time to a receiving wireless radio device. The receiving wireless radio device can convert the difference time into a time format corresponding to the receiving wireless radio device's local time reference. This can minimize interference between the collocated or proximate wireless radio devices, thus minimizing performance degradation, packet collision, and interference. Moreover, this also can eliminate timing errors due to the wireless radio devices using different timers operating at different frequencies or being synchronized to different crystals.

Coexistence timer mechanism for wireless communication systems

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San Jose, CA, United States of America

Bharath Bhoopalam