Abstract: A system which analyzes, organizes and stores electronic documents in a document object model using a common markup language. The document object model is stored on a server the content is delivered to the wireless devices in a universal content system format. By utilizing the document object model and the universal content stream with a corresponding reader on the wireless device, the electronic document is reduced to only the essential content and the necessary format information for transmission.

Abstract: A system which analyzes, organizes and stores electronic documents in a document object model using a common markup language. The document object model is stored on a server the content is delivered to the wireless devices in a universal content system format. By utilizing the document object model and the universal content stream with a corresponding reader on the wireless device, the electronic document is reduced to only the essential content and the necessary format information for transmission.

Abstract: A system which analyzes, organizes and stores electronic documents in a document object model using a common markup language. The document object model is stored on a server the content is delivered to the wireless devices in a universal content system format. By utilizing the document object model and the universal content stream with a corresponding reader on the wireless device, the electronic document is reduced to only the essential content and the necessary format information for transmission.

Abstract: Messages with an associated attachment document are first delivered to a mobile device without the attachment document. If the mobile device user wishes to review attachment data related to the attachment document, the user submits an attachment processing request to an attachment server that handles the attachment processing requests to provide the attachment data in one of several possible formats to the user.

Abstract: A process is set forth for previewing a table attachment on a mobile communication device, and upon identifying table content of interest viewing and/or retrieving the entire table from an attachment server. In one embodiment, a small 4×4 row/column preview is presented on the device of every table found in a document attachment, with the cell content textual information limited to the requesting device display capabilities. This limitation avoids any requirement to download large amounts of individual cell content to the device. Thus, the user is able to quickly identify which tables are of interest and then request a full table download from the attachment server in an on-demand fashion. In this regard, the preview table itself preferably also functions as a link to the full table stored at the server to facilitate easy retrieval to the device for viewing in a spreadsheet view.

Abstract: A method for viewing a full image of a server stored original attachment on a portable electronic device including: building a graph structure within the server representing a map of the original image, downloading and displaying a re-sized image from the server to the portable electronic device, the original image exceeding an image size limit of the portable electronic device indicative of screen size of the portable electronic device, calculating width and height parameters of the full image, sending a request from the portable electronic device to the server to enlarge the image displayed on the device based on the width and height parameters, the request including the image size limit, retrieving and traversing the graph structure within the server to locate a separate image component constructed for the image size limit, collecting image binary data from the separate image component and modifying the image binary data based on the width and height parameters to create the full image of the original imag

Abstract: A document summary which includes an assemblage of a plurality of summary entries is generated for an electronic document. In the generation of the document summary, a content structure or properties within the electronic document are analyzed. The plurality of summary entries are selected from the contents of the electronic document based on the analysis of the content structure or properties. The content structure within the electronic document may include a table of contents, a plurality of spreadsheet worksheets, a plurality of document pages, etc. The content properties within the electronic document may include text formatting, paragraph formatting, paragraph sizing, etc. Preferably, the best available content structure or properties within the electronic document is identified and utilized in the selection of the plurality of summary entries. The document summary is provided to a mobile communication device in response to a request for the electronic document.

Abstract: A method of preparing a document for delivery to an electronic device including building a graph structure, include hyperlink nodes and bookmark nodes, representing a map of the document, and traversing and paginating the graph structure into successive pages each having a page index value. For each hyperlink node, the method includes storing in association with therewith a bookmark page index value that is the page index value of the page that includes the bookmark node having the bookmark that is the destination of the hyperlink of the hyperlink node. The pages may be selectively delivered to the electronic device. When a hyperlink in one of the pages is activated, the bookmark page index value that is stored in association with the corresponding hyperlink node may be identified, and the page that corresponds to the identified bookmark page index value may be transmitted to the electronic device.

Abstract: A process is set forth for viewing an enlarged area of an image. The image is stored on a server and re-sized for viewing on a mobile communication device based on screen size and colour display capabilities of the device. The image is enlarged within the server by modifying binary raw data of the original image based on crop rectangle coordinates entered at the mobile communication device. The process allows users to quickly retrieve any relevant part of a large image attachment that has been resized by the server. This minimizes bandwidth usage, device memory/CPU consumption, and request/response latency while still allowing the user to view an image area in its original level of detail.

Abstract: A process for transmitting a document from a server to a mobile device on a per page basis, comprising building a graph structure within the server representing a map of the document, transmitting a page size limit from the mobile device to the server indicative of the size of a single page of the document to be displayed by the mobile device, traversing and paginating the graph structure into successive pages based on the page size limit, caching the pages within the server, and transmitting the successive pages from the server to said the mobile device for display by said the mobile device.

Abstract: A process for viewing document information on a mobile communication device without having to retrieve the full document onto the device. The solution is client—server based. The client is the mobile device attachment viewing application and the server is the document (attachment) handling process on a remote machine. The process comprises server document information construction and delivery, and document information display on the mobile device.

Abstract: A process for viewing a selected portion of a document on a mobile communication device without having to request multiple pages of the document contents containing document global properties applied to the selected part of the document, comprsing marking pages of the document within a server, based on size required by the mobile device, associating properties and attributes of the selected portion with the pages, and transmitting the pages with the properties and attributes for display by the mobile device.