Abstract: A security server receives a full hash and a set of subhashes from a client. The security server determines that the full hash is blacklisted. The security server updates, for each subhash in the set of subhashes, an associated malicious count. The security server adds a subhash to a subhash blacklist responsive to an associated malicious count exceeding a threshold. The security server receives a second set of subhashes. The security server determines whether at least one of the subhashes in the second set of subhashes is included in the subhash blacklist. The security server reports to the client based on the determination.

Abstract: A security server receives a full hash and a set of subhashes from a client. The security server determines that the full hash is whitelisted. The security server updates, for each subhash in the set of subhashes, an associated clean count. The security server adds a subhash to a subhash whitelist responsive to an associated clean count exceeding a threshold. The security server receives a second set of subhashes. The security server determines whether at least one of the subhashes in the second set of subhashes is included in the subhash whitelist. The security server reports to the client based on the determination.

Abstract: A security server receives a full hash and a set of subhashes from a client. The security server determines that the full hash is whitelisted. The security server updates, for each subhash in the set of subhashes, an associated clean count. The security server adds a subhash to a subhash whitelist responsive to an associated clean count exceeding a threshold. The security server receives a second set of subhashes. The security server determines whether at least one of the subhashes in the second set of subhashes is included in the subhash whitelist. The security server reports to the client based on the determination.

Abstract: Method and systems for editing, receiving and processing video. Media submissions may be received from remote devices associated with a plurality of users, and the media submissions and a copy of the media submissions in a format for easier access may be stored. A data organization structure including a mechanism for providing sets of folders may be provided, the sets of folders configurable based on input from a user. Media submissions may be organized into the respective folders designated by the users based on user input. A media product may be created based on one or more media submissions. The media product may be created by utilizing an editing interface which allows users at different locations to collaboratively edit video over a network.

Abstract: Method and systems for editing, receiving and processing video. Media submissions may be received from remote devices associated with a plurality of users, and the media submissions and a copy of the media submissions in a format for easier access may be stored. A data organization structure including a mechanism for providing sets of folders may be provided, the sets of folders configurable based on input from a user. Media submissions may be organized into the respective folders designated by the users based on user input. A media product may be created based on one or more media submissions. The media product may be created by utilizing an editing interface which allows users at different locations to collaboratively edit video over a network.

Abstract: Method and systems for editing, receiving and processing video. Media submissions may be received from remote devices associated with a plurality of users, and the media submissions and a copy of the media submissions in a format for easier access may be stored. A data organization structure including a mechanism for providing sets of folders may be provided, the sets of folders configurable based on input from a user. Media submissions may be organized into the respective folders designated by the users based on user input. A media product may be created based on one or more media submissions. The media product may be created by utilizing an editing interface which allows users at different locations to collaboratively edit video over a network.

Abstract: Methods and systems for delivering and exporting edited media in multiple formats. A user may select an export format and the selection of the export format may be recorded. Metadata related to an edit decision list created by a user for the edited media product may be accessed, and the metadata may be applied to a component of each media file to create a clip. The clip may be converted to a temporary conversion format. An effect time in the edit decision list may be accessed, and each clip may be broken into individual frames. Effect images from a library may be appropriately and proportionately combined with each individual frame of each clip, the combined frames may be joined to create a completed media file in an order specified in the edit decision list, and the completed media file may be converted to the selected export format.

Abstract: Interface, systems and methods for collaborative video editing. An online collection of editing tools is provided. Collaborative functionality in the editor includes multi-user viewing of the same editing interface (from different locations in the world), instant messaging communication, transferable editing controls between users and a media/idea suggestion portal. Over a network, various users may have varying level of permissions for providing edits to a video, providing comments or interacting with a chat interface. As users provide editing commands to the single video project, a single edit decision list may be updated and each user's view of the current state of the video may be continuously updated to reflect the edits in real-time. In this manner, various users may view and interact with the editing interface over a network to edit a single video project simultaneously.

Abstract: Methods and systems for viewing, editing high resolution video over a computer network. High-resolution footage may be uploaded and stored on a system. Such high-resolution footage may be captured by various content creators from various locations. From the high-resolution footage, low-resolution copies, which may be flash copies, of this footage may be created. Instead of accessing and editing the originally submitted high-resolution footage, the low-resolution copies may be viewed, clipped, aggregated and modified on the site. A edited video may be created based on various received editing commands, and the edited video may be ultimately exported in multiple formats. The exported video may also be exported to various remote systems.

Abstract: Methods and systems for receiving, processing and organizing video. Organizational tools are provided that allow users the capacity to solicit, mine, clip, aggregate, organize, and search submitted footage. These tools include: a set of electronic folders, a media clipper and a media submit portal. Studios, projects, folders and subfolders exist in a hierarchical relationship in order to arrange media. The hierarchy of folders created by producers may be made accessible by the public for the purpose of submitting media to a particular project. Various content creators may upload video to the system, may create electronic video clips from the uploaded video by selecting subportions of that video, and may submit the electronic video clips to a specific folder which is associated with a project. Producers may view various folders to select submitted video clips for use in a project.

Abstract: Methods and systems for delivering and exporting edited media in multiple formats. A user may select an export format and the selection of the export format may be recorded. Metadata related to an edit decision list created by a user for the edited media product may be accessed, and the metadata may be applied to a component of each media file to create a clip. The clip may be converted to a temporary conversion format. An effect time in the edit decision list may be accessed, and each clip may be broken into individual frames. Effect images from a library may be appropriately and proportionately combined with each individual frame of each clip, the combined frames may be joined to create a completed media file in an order specified in the edit decision list, and the completed media file may be converted to the selected export format.

Abstract: Method and systems for editing, receiving and processing video. Media submissions may be received from remote devices associated with a plurality of users, and the media submissions and a copy of the media submissions in a format for easier access may be stored. A data organization structure including a mechanism for providing sets of folders may be provided, the sets of folders configurable based on input from a user. Media submissions may be organized into the respective folders designated by the users based on user input. A media product may be created based on one or more media submissions. The media product may be created by utilizing an editing interface which allows users at different locations to collaboratively edit video over a network.

Abstract: A system and method for generating simulated wiring connections between a semiconductor device and a carrier. The method comprises identifying a plurality of first factors and instances of each first factor relating to the semiconductor device and identifying a plurality of second factors and instances of each second factor relating to the carrier. The first and second factors are associated with each other on a one-to-one basis. A simulated wiring connection is generated between a first I/O terminal and a matching second I/O terminal, subject to an identified instance of each first factor of each first I/O terminal being correlated to an identified instance of the associated second factor of the matching second I/O terminal. A simulated wiring connection is generated between third I/O terminals located in a first region and fourth I/O terminals located in a second region.

Abstract: A system and method for generating simulated wiring connections between first I/O terminals of a semiconductor device and second I/O terminals of a carrier. The method comprises identifying a plurality of first factors and instances of each first factor relating to a semiconductor device and identifying a plurality of second factors and instances of each second factor relating to a carrier. The first and second factors are associated with each other on a one-to-one basis. The instances of each first factor are correlated to the instances of each associated second factor on a one-to-one basis. A simulated wiring connection automatically is generated between each first I/O terminal and a matching second I/O terminal, subject to an identified instance of each first factor of each first I/O terminal being correlated to an identified instance of the associated second factor of the matching second I/O terminal.

Abstract: A sliding bed accessory arrangement is provided with a sliding bed accessory, such as an upper bed tray, that is configured to slide between and retained in several different positions within a vehicle cargo bed. The sliding bed accessory arrangement has a pair of tracks fixedly attached to opposite sides of a vehicle cargo area with a pair of mounting arrangements slideably supporting the bed accessory in the tracks. Each of the mounting arrangements has an elongated rail and a pair of connectors coupled to opposite ends of the elongated rail to retain and stabilize opposite ends of the elongated rail within the track. The mounting arrangements are configured such that the elongated rails do not need to be longitudinally inserted into the tracks.

Abstract: A sliding bed accessory arrangement is provided with a sliding bed accessory, such as a bed divider, that is configured to slide between and retained in several different positions within a vehicle cargo bed. The sliding bed accessory arrangement has a pair of tracks fixedly attached to opposite sides of a vehicle cargo area with a pair of mounting arrangements slideably supporting the bed accessory in the tracks. The mounting arrangements are designed so that they can be installed into the rear ends of the tracks even when very little clearance is provided between the vehicle body and the rear open ends of the tracks.

Abstract: A sliding bed extender arrangement is provided that basically has a vehicle cargo area, a pair of roller tracks, a pair of mounting arrangements and a bed extender. Each of the mounting arrangements has a pair of rolling members and a locking mechanism that are disposed in one of the roller tracks. Each of the mounting locking mechanism has a locking member slideably disposed in one of the roller tracks and a first hand operating portion operatively coupled to the locking member to selectively lock the mounting arrangement. The sliding bed extender has a generally U-shape as viewed from above with first and second side ends rigidly attached to the mounting arrangements to extend across the vehicle cargo area.