Abstract: The disclosed embodiments provide systems and methods for facilitating transfer of funds to a charitable organization or a charitable cause, for example, and facilitate the use of accounts that are established for charitable gift-giving in making contributions to a charitable cause through a website, for example. Such accounts include, but are not limited to, donor advised funds (DAF). A method includes receiving a first signal including instructions, a request or advice indicating a desire to direct one or more payments to a donor-selected charity. At least a portion of the payment is to be transferred from a giving account, the giving account having been established to hold funds for charitable gift-giving.

Abstract: A system and method for efficiently conducting a fundraising campaign over a wide-area network is provided. In accordance with the invention a method for conducting an efficient fundraising campaign by an organization over a wide-area network includes hosting a website, registering on the website, making a charitable donation on the website, contacting third parties via email messages soliciting charitable donations, and providing one or more reports, on the website, including information on the status of the fundraising campaign. The method further includes contacting third parties, via email messages, to provide information about one or more teams participating in a competition associated with the fundraising campaign. The method further includes providing information, in the reports, about the third parties that have been contacted via email messages.

Abstract: A database in a computer system linked to a network is discloses. The database is configured to store one or more organizations' data. Each organization comprises one or more sub-organizations. The database is partitioned into one or more virtual data islands, wherein each virtual data island stores data of an organization. Each virtual data island is further partitioned into one or more sub-islands, wherein each sub-island stores data for a sub-organization. There are one or more constituent records (CR) in each sub-island, each CR including one or more fields with data. A sub-organization can share data from selected fields with multi-level organizations and other sub-organizations. The database further comprises a masking means allowing the sub-organization, individual donors or volunteers to mask one or more fields in the CR, wherein data in the masked fields are not shared with organizations and other sub-organizations.

Abstract: A system and method for efficiently conducting a fundraising campaign over a wide-area network is provided. In accordance with the invention a method for conducting an efficient fundraising campaign by an organization over a wide-area network includes hosting a website, registering on the website, making a charitable donation on the website, contacting third parties via email messages soliciting charitable donations, and providing one or more reports, on the website, including information on the status of the fundraising campaign. The method further includes contacting third parties, via email messages, to provide information about one or more teams participating in a competition associated with the fundraising campaign. The method further includes providing information, in the reports, about the third parties that have been contacted via email messages.

Abstract: A web-based mission certification quiz for educating various persons involved in a fundraising campaign is disclosed. A web-based method for educating solicitors, donors, participants and others involved in a fundraising campaign about the campaign's mission includes providing, on a website, information about the campaign's mission, taking, on the website, a mission certification quiz by answering one or more questions, wherein the questions are designed to test a participant's knowledge about the campaign's mission. The method further includes determining a final score based on the number of correct answers, and creating a mission certificate on the website based on the final score.

Abstract: A video clip storage and retrieval system whereby video clips, stored locally and/or at a more remote location, can be requested and retrieved by a user at the user's multimedia terminal. When the user requests a desired video clip, the request is processed by a primary index manager (“PIM”) via a Local Search and Retrieval Unit (“SRU”). Before the message is communicated to the PIM, the local SRU checks its own storage to see whether the requested video clips are available locally. If some of the video clips are local, the local SRU still forwards the request to the PIM so that the PIM may determine specific video clip usage. The PIM determines the extended SRU where the audio-visual data is stored and passes this information to a Data Sequencing Interface (“DSI”). The DSI collects the video clips and downloads the clips to the user's terminal. The user may then view, copy, or print the video clip as desired.

Abstract: A video clip storage and retrieval system whereby video clips, stored locally and/or at a more remote location, can be requested and retrieved by a user at the user's multimedia terminal. When the user requests a desired video clip, the request is processed by a primary index manager (“PIM”) via a Local Search and Retrieval Unit (“SRU”). Before the message is communicated to the PIM, the local SRU checks its own storage to see whether the requested video clips are available locally. If some of the video clips are local, the local SRU still forwards the request to the PIM so that the PIM may determine specific video clip usage. The PIM determines the extended SRU where the audio-visual data is stored and passes this information to a Data Sequencing Interface (“DSI”). The DSI collects the video clips and downloads the clips to the user's terminal. The user may then view, copy, or print the video clip as desired.

Abstract: A video clip storage and retrieval system whereby video clips, stored locally and/or at a more remote location, can be requested and retrieved by a user at the user's multimedia terminal. When the user requests a desired video clip, the request is processed by a primary index manager (“PIM”) via a Local Search and Retrieval Unit (“SRU”). Before the message is communicated to the PIM, the local SRU checks its own storage to see whether the requested video clips are available locally. If some of the video clips are local, the local SRU still forwards the request to the PIM so that the PIM may determine specific video clip usage. The PIM determines the extended SRU where the audio-visual data is stored and passes this information to a Data Sequencing Interface (“DSI”). The DSI collects the video clips and downloads the clips to the user's terminal. The user may then view, copy, or print the video clip as desired.

Abstract: A video clip storage and retrieval system whereby video clips, stored locally and/or at a more remote location, can be requested and retrieved by a user at the user's multimedia terminal. When the user requests a desired video clip, the request is processed by a primary index manager ("PIM") via a Local Search and Retrieval Unit ("SRU"). Before the message is communicated to the PIM, the local SRU checks its own storage to see whether the requested video clips are available locally. If some of the video clips are local, the local SRU still forwards the request to the PIM so that the PIM may determine specific video clip usage. The PIM determines the extended SRU where the audio-visual data is stored and passes this information to a Data Sequencing Interface ("DSI"). The DSI collects the video clips and downloads the clips to the user's terminal. The user may then view, copy, or print the video clip as desired.