About: Page header is a research topic. Over the lifetime, 51 publications have been published within this topic receiving 280 citations. The topic is also known as: header & running head.
TL;DR: In this article, an improved non-stop, constant velocity laser printer is provided which operates in parallel to both begin printing a particular page of print media while virtually simultaneously receiving further data for that same page from a host computer.
Abstract: An improved non-stop, constant velocity laser printer is provided which operates in parallel to both begin printing a particular page of print media while virtually simultaneously receiving further data for that same page from a host computer. Since the communications link between the host computer and the printer is slower than the rate of consumption by the printhead provided with this printer, a certain amount of data for each page is first buffered in the printer before the print media begins to move via the printer's print engine. Since it is important for the printer to receive all of the required data for the entire page before the printhead requires that data for consumption, the printer must decide how much data of that particular page should be buffered within the printer before commanding the print engine to start moving the print media. The printer is capable of making this "data size" to be buffered decision without any assistance from the host computer that is sending the print job to the printer-all the host need send is the standard page header information that all host computers send when transmitting a rasterized print job to a printer. The printer bases its "data size" decision by estimating the amount of data by using the print resolution, an estimate of the compression ratio, and other information from the page header that provides a rough estimate as to how much of the area of the page of the print media is to be covered, and by estimating the communication link speed, and the amount of time that is available to perform the data transfer. Since print data is received in packets, as each packet is received, stored, and acknowledged by the printer before another packet is sent by the host, the amount of time for all of this to occur for each packet is analyzed to calculate an estimate of the approximate data transfer rate of the communications link, which is refined after receiving each new packet, but is recalculated for each new page.
TL;DR: In this article, a system CPU receives print data through an external interface (124) from a host computer or the like connected to a local area network (LAN), and the CPU opens a job file in a hard disk drive (80) and generates a job header and a page header in the job
Abstract: A system CPU (100) receives print data through an
external interface (124) from a host computer or the
like connected to a local area network (LAN). The CPU
(100) opens a job file in a hard disk drive (80) and
generates a job header and a page header in the job
file and writes the print data in the job header and
the page header. When the sheet size represented by a
data item included in the print data changes, the CPU
(100) closes the job file and opens a new job file and
generates a job header and a page header in the new job
file and writes the renewed print data in the job
header and page header of the new job file.
TL;DR: In this paper, an extracting system of net page, which is characterized by the following: comprising document analyzer, classified word module and definition element treating module; extracting net page header and text with different projecting display attribute from the net page source file with the document analyzers; proceeding classified vocabulary for net page text, header and classified information with the classified module; getting the first vocabulary meter; converting the vocabulary of the first word meter to definition element with the definition element treatment module; calculating weight of the definition elements; proceeding reversal deacidize for definition element; getting theme word
Abstract: The invention discloses an extracting system of net page, which is characterized by the following: comprising document analyzer, classified word module and definition element treating module; extracting net page header and text with different projecting display attribute from the net page source file with the document analyzer; proceeding classified vocabulary for net page text, header and classified information with the classified module; getting the first vocabulary meter; converting the vocabulary of the first word meter to definition element with the definition element treating module; calculating weight of the definition element; proceeding reversal deacidize for the definition element; getting theme word collection. This invention also discloses an extracting method of net page theme. This invention avoids the puzzle of word rarefaction and information lost.
TL;DR: In a paged memory system, memory is allocated as pages and aligned on 2N-byte boundaries that are at least as large as the largest page size as mentioned in this paper, while the remaining space of the page is devoted for storing objects.
Abstract: In a paged memory system, memory is allocated as pages and aligned on 2N- byte boundaries that are at least as large as the largest page size. Memory management information about the page is stored in a page header at the beginning of the page, while the remaining space of the page is devoted for storing objects. The page header for the page on which at least some of the object is stored is located by masking off the lower N-bits of the machine pointer. These operations can be applied to converting machine pointers into and out of page-offset numeric references.
TL;DR: In this paper, the authors present a page format with the page header (R0), display (R1-23), station (upper R24), and ghost (lower R24-R31) rows, where a remote control keypad is adapted by additional buttons to select either the transmitted pages or the locally stored pages.
Abstract: In a television transmission system in which pages of information for display are digitally coded and transmitted during TV line periods not containing normal picture information, the pages as transmitted include both display rows and ghost rows. The ghost rows contain data by which a processor at a television receiver can be controlled to acquire and store in a multi-page memory linked pages which contain information related to that of a page selected by a viewer. These linked pages can be obtained for display directly from the memory, giving the impression of faster page acquisition. The processor displays on an additional self-generated status row of the display, information which identifies the acquired and locally stored linked pages. A remote control keypad is adapted by additional buttons to select either the transmitted pages or the locally stored pages. The figure shows the page format with the page header (R0), display (R1-23), station (upper R24) and ghost (lower R24-R31) rows.