Abstract: Compositions comprising a) one or more amorphous superconductor layers bound to one or more flexible substrate layers, or b) one or more superconductor layers bound to one or more layers of a high dielectric material are disclosed. Furthermore, provided herein are articles comprising one or more compositions of the invention and method of manufacturing thereof.

Abstract: Systems and methods for indoor or outdoor environment guidance using mobile applications and communication devices. More specifically, a method implemented in a computer infrastructure is provided for having computer executable code tangibly embodied on a computer readable storage medium having programming instructions operable to: receive at least one indicia at a particular location; obtain information about the particular location from the scanned at least one indicia; generate route information to at least one destination location from the particular location using the obtained information; and overlay the route information on a map.

Abstract: The present invention is directed to a system and method for secure document transmission. A sender selects a portion of an original document containing confidential information using a highlighter, bracketing, underlining, or other identifying marks. The original document is then scanned to generate an electronic version, which is subject to optical character recognition to locate the portions of the document containing confidential information based on the identifying marks. These portions containing confidential information are then encrypted and a hybrid document containing non-encrypted portions and encrypted portions is generated. The hybrid document is then sent to a recipient, along with a decryption key. The hybrid document is then marked by the recipient to designate those areas containing encrypted information. The marked document is then scanned to generate an electronic version, which is analyzed to identify which portions require decryption based on the identifying marks made by the recipient.

Abstract: The subject application is directed to a system and method for mobile telephone-based user authentication. Data records are stored in a data storage, with each data record including a cellular telephone number and pre-set payment mechanism data. Login data is received via a user interface associated with a document processing device that includes a telephone number of a cellular telephone associated with the user. The presence of a data record corresponding to the login data is determined, and operation of the document processing device is commenced upon the presence of a data record in the data storage. A data message is sent to the cellular telephone corresponding to the telephone number of the login data. Confirmation data is received from the cellular telephone responsive to the data message, and an operation on the document processing device is completed in accordance with received confirmation data.

Abstract: The subject application is directed to a system and method for selective incorporation of targeted content in remotely rendered documents. An electronic document is first received from an owner. Layout data corresponding to the size and/or position available for placement of secondary content in connection with a rendering of the electronic document is then received. Destination data corresponding to an output destination for a rendering of the electronic document is then received. The secondary content is then retrieved in accordance with the received destination data and formatted based upon the received layout data. The electronic document and the secondary content are then communicated to an output destination in accordance with the received destination data so as to generate a rendered document at the output destination, with the rendered document incorporating the electronic document and secondary content mutually arranged based upon the layout data.

Abstract: A system and method for authenticating document processing transactions wherein the transaction is rejected if the user is not within a selected geographical region. A transaction request is first received representing a request for the completion of a selected transaction associated with a selected user. Preauthorized geographic region data, associated with the selected user, is then received indicating from where the associated user is allowed to request transactions. Location data representing the source of the transaction request is then received and tested against the preauthorized geographic region data. The result of this testing determines whether the requested transaction is authorized.

Abstract: The subject application is directed to a system and method for script language-based document processing. First, an electronic document inclusive of scripted commands is received. Scripted commands are then parsed from the received electronic document. At least one electronic document is then retrieved from an associated storage in accordance with the parsing of the scripted commands from the received electronic document. Thereafter, at least one document processing operation is performed on each retrieved electronic document in accordance with the scripted command parsed from the received electronic document.

Abstract: The subject application is directed to a system and method for construction of layered documents, such as advertisements, educational materials, graphic designs, and the like. In multiple image data files generated, for example, by scanning multiple document pages, a user is capable of selecting a color in a particular page, or region of a page, to be eliminated. A user is further capable of selecting a tint level associated with a corresponding image data file, such as, for example, 0%, 50%, and the like. Once desired color transparency data and tint level data are selected, a document processing device generates a composite image by superimposition of each of the image data files. The composite image is generated in accordance with the overlay order designated by the user. A tangible, humanly cognizable document is then generated by the document processing device.

Abstract: The subject application is directed to a system and method for scheduled distribution of updated documents. Document data corresponding to at least one electronic document associated with a meeting is first stored in an associated data storage. Next, identification data representing each invitee to the meeting is stored in the storage. Event data corresponding to the scheduled timing of the meeting event is then stored in the associated data storage. Document processing operation data, corresponding to one or more document processing operations to be performed on the received document data, is also stored in the associated data storage. The stored document data is then retrieved from the data storage at an appointed time in accordance with the stored event data. At least one of the associated document processing operations is then commenced on the retrieved document data based upon the stored document processing operation data.

Abstract: The subject application is directed to a system and method for integration of web-based storage to a local operating system graphical user interface. A workstation detects a remote storage location via a network interface and stores login data to access the remote storage location. Identification data is then communicated to the storage. A display window of the user interface of the workstation is generated to reflect the remote storage. File instructions, which interact with the operating system of the workstation, are received via the user interface and communicated to the remote storage. Status data is received from the remote data storage via the computer network, and status display data is generated on the user interface. Communication is selectively commenced of a data file between the workstation and the remote data storage according to data transfer instructions. The remote data storage location is mapped, appearing as local storage on the workstation.

Abstract: A system and method for the automatic secondary mode facsimile transmission notification of a facsimile recipient or facsimile sender. The sender of a facsimile transmission selects a designated recipient and, when required, selects primary destination data. The sender then selects a secondary mode notification address, associated with the sender, the recipient, or both, whereby a facsimile status message is transmitted to the notification address. A facsimile operation is then initiated on a sending document processing device, whereby facsimile data is generated and transmitted to a receiving document processing device. The sending document processing device then generates status data representative of the status of the facsimile transmission, e.g., duration, success, failure, time, date, etc. This status data is incorporated in a predetermined message format, e.g., electronic mail, SMS message, text message, pager message, and transmitted to the designated notification address.

Abstract: The subject application is directed to a system and method for remote management of document processing operations from a different document processing device. A first document processing device receives a request for a job listing from a second document processing device, along with the second device's capabilities. The first device then generates an XML file containing information of jobs pending on the first device. The first device then sends the XML file to the second device, which receives a user selection of a job to be released to the second device from the first device. The user selection is transmitted to the first device, which encrypts/compresses the job and sends the encrypted/compressed job to the second device. When the job does not exceed the capabilities of the second device, the second device performs the document processing operation associated with the job.

Abstract: The present invention is directed to a system and method for secure document transmission. A sender selects a portion of an original document containing confidential information using a highlighter, bracketing, underlining, or other identifying marks. The original document is then scanned to generate an electronic version, which is subject to optical character recognition to locate the portions of the document containing confidential information based on the identifying marks. These portions containing confidential information are then encrypted and a hybrid document containing non-encrypted portions and encrypted portions is generated. The hybrid document is then sent to a recipient, along with a decryption key. The hybrid document is then marked by the recipient to designate those areas containing encrypted information. The marked document is then scanned to generate an electronic version, which is analyzed to identify which portions require decryption based on the identifying marks made by the recipient.

Abstract: A method and system for enabling the sponsorship of document processing services. A document processing service request is submitted by an associated user. At least one sponsor, associated with the document processing service request is then identified and communicated to the user. Terms and conditions regarding the sponsorship of the request are then presented to the user for acceptance. The terms and conditions include restrictions on the number of pages, size and color, as well as the placement of an advertisement on the output. The advertisement is in the form of a banner, watermark or reverse-side image. Once accepted, the advertisement is inserted into the request and the selected operation is performed. The fees associated with the request are then calculated and charged to the sponsor. When only partial payment is authorized by the sponsor, the user is charged for the remaining fees.

Abstract: A system and method for authenticating document processing transactions wherein the transaction is rejected if the user is not within a selected geographical region. A transaction request is first received representing a request for the completion of a selected transaction associated with a selected user. Preauthorized geographic region data, associated with the selected user, is then received indicating from where the associated user is allowed to request transactions. Location data representing the source of the transaction request is then received and tested against the preauthorized geographic region data. The result of this testing determines whether the requested transaction is authorized.