TWI766239B - Computer system and information processing method dynamically adapting to multiple brands and display resolutions - Google Patents
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Abstract
本發明係一種動態適配多廠牌及顯示解析度的電腦系統及其資訊處理方法，包括一系統韌體及一顯示模組，該系統韌體儲存一組以上的第一廠牌資訊及其解析度資訊，其中該系統韌體從該顯示模組取得一組第二廠牌資訊及其解析度資訊，並且與儲存的第一廠牌資訊及其解析度資訊進行比對，若不匹配，則該系統韌體根據一影像處理演算法對該第二廠牌資訊及其解析度資訊進行處理，並透過該顯示模組顯示一支援提示資訊；藉此，可動態適配不同的廠牌資訊及其解析度資訊，不需送回原廠處理，也不需要內建大量資料，以提升資訊處理的效率、儲存空間使用率及便利性。 The present invention relates to a computer system dynamically adapting to multiple brands and display resolutions and an information processing method thereof, comprising a system firmware and a display module, wherein the system firmware stores more than one set of first label information and its information processing method. Resolution information, wherein the system firmware obtains a set of second brand information and its resolution information from the display module, and compares it with the stored first brand information and its resolution information, if it does not match, Then the system firmware processes the second brand information and its resolution information according to an image processing algorithm, and displays a support prompt information through the display module; thereby, it can dynamically adapt to different brand information And its resolution information does not need to be sent back to the original factory for processing, nor does it need to build a large amount of data, so as to improve the efficiency of information processing, storage space utilization and convenience.
Description
本發明係關於一種電腦系統及資訊處理方法，尤指一種動態適配多廠牌及顯示解析度的電腦系統及其資訊處理方法。 The present invention relates to a computer system and an information processing method, in particular to a computer system and an information processing method for dynamically adapting to multiple brands and display resolutions.
隨著科技的快速發展，使得電腦裝置(Computer Device)快速普及，透過電腦裝置快速處理大量資訊或進行文書工作，藉此改善了工作模式，也提升了工作效率。 With the rapid development of technology, computer devices are rapidly popularized, and a large amount of information or paperwork can be quickly processed through the computer device, thereby improving the work mode and improving the work efficiency.
目前的電腦裝置內會預先整合一基本輸入輸出系統(Basic Input /Output System,BIOS，以下簡稱BIOS)，透過BIOS對電腦裝置中的各種硬體進行初始化及檢測，以檢測電腦裝置內所裝設的硬體或連接的外部電子裝置的狀態、型號、規格或參數等相關資料，並且當對應所有硬體或外部電子裝置的擴充程式(Option ROM)載入電腦裝置後，BIOS會從電腦裝置中的一硬碟載入一起動程序，以由該啟動程式載入安裝於該硬碟內的一作業系統(Operating System)，以供使用者開始使用個人電腦。由於BIOS負責初始化及檢測硬體或外部電子裝置，故BIOS又稱系統韌體(System firmware)。 A basic input/output system (BIOS, hereinafter referred to as BIOS) is pre-integrated in the current computer device, and various hardwares in the computer device are initialized and tested through the BIOS, so as to detect the devices installed in the computer device. Information about the status, model, specifications or parameters of the hardware or connected external electronic devices, and when the expansion program (Option ROM) corresponding to all hardware or external electronic devices is loaded into the computer device, the BIOS will be removed from the computer device. An operating system (Operating System) installed in the hard disk is loaded by the startup program for the user to start using the personal computer. Since the BIOS is responsible for initializing and detecting hardware or external electronic devices, the BIOS is also called system firmware.
使用上，電腦裝置會配置有一顯示裝置，以透過該顯示裝置將資料、圖像等相關資料呈現給使用者看，因此，該顯示裝置成為電腦裝置的一重要配備，並吸引許多廠商加入開發、生產該顯示裝置。當廠商生產該顯示裝 置後，會於該顯示裝置內預設一廠牌資訊及其解析度資訊，並且提供給生產電腦裝置的廠商儲存在該系統韌體內。 In use, the computer device will be equipped with a display device to present relevant information such as data and images to the user through the display device. Therefore, the display device has become an important equipment of the computer device, and has attracted many manufacturers to join the development, This display device is produced. When the manufacturer produces the display device After setting, a brand information and its resolution information are preset in the display device, and provided to the manufacturer of the computer device and stored in the system firmware.
當電腦裝置啟動電源後，該系統韌體會從對應的顯示裝置取得其預設廠牌資訊及其解析度資訊，並且與儲存的廠牌資訊及其解析度資訊比對是否匹配，若匹配，該系統韌體令該電腦裝置顯示。反之，若不匹配，該系統韌體無法令該電腦裝置顯示，導致該電腦裝置顯示異常。 When the computer device is powered on, the system firmware will obtain its default brand information and its resolution information from the corresponding display device, and compare it with the stored brand information and its resolution information. The system firmware causes the computer device to display. On the contrary, if it does not match, the system firmware cannot make the computer device display, resulting in abnormal display of the computer device.
因此，若要解決上述的顯示異常，使用者僅能將電腦裝置及顯示裝置送回給廠商，以新增對應的顯示裝置的廠牌資訊及其解析度資訊，在使用上非常不方便；此外，於系統韌體內儲存大量廠牌資訊及其解析度資訊亦會占用儲存空間，並且由於儲存的資料量龐大亦會造成匹配時間拉長，導致使用不便。 Therefore, in order to solve the above-mentioned abnormal display, the user can only send the computer device and the display device back to the manufacturer to add the brand information and resolution information of the corresponding display device, which is very inconvenient in use; , storing a large amount of brand information and its resolution information in the system firmware will also take up storage space, and due to the huge amount of data stored, the matching time will be prolonged, resulting in inconvenience.
有鑑於上述現有技術所在的問題，本發明的主要目的係提供一動態適配多廠牌及顯示解析度的電腦系統及其資訊處理方法，藉此不論取得的廠牌資訊及其解析度資訊是否有儲存在系統韌體內，皆能即時處理並動態適配顯示解析度，以提升資訊處理的效率、儲存空間使用率及便利性。 In view of the above-mentioned problems of the prior art, the main purpose of the present invention is to provide a computer system and an information processing method for dynamically adapting to multiple brands and display resolutions, so that regardless of whether the obtained brand information and its resolution information are Whether it is stored in the system firmware, it can be processed in real time and dynamically adapted to the display resolution to improve the efficiency of information processing, storage space utilization and convenience.
為了達成上述目的所採取的一主要技術手段，係令前述動態適配多廠牌及顯示解析度的電腦系統的資訊處理方法，內存一組以上的第一廠牌資訊及其解析度資訊，該方法包括以下步驟：取得一第二廠牌資訊及其解析度資訊；根據儲存的第一廠牌資訊及其解析度資訊與取得的第二廠牌資訊及其解析度資訊比對是否匹配； 若否，根據一影像處理演算法對該第二廠牌資訊及其解析度資訊進行處理，並顯示一支援提示資訊。 One of the main technical means adopted to achieve the above-mentioned purpose is to make the above-mentioned information processing method for a computer system dynamically adapting to multiple brands and display resolutions to store more than one set of first label information and its resolution information, and the The method includes the following steps: obtaining a second label information and its resolution information; comparing whether the stored first label information and its resolution information and the obtained second label information and its resolution information match; If not, process the second label information and its resolution information according to an image processing algorithm, and display a support prompt message.
根據上述方法可知，藉由當取得的第二廠牌資訊及其解析度資訊與儲存的第一廠牌資訊及其解析度資訊不匹配時，則透過該影像處理演算法對該第二廠牌資訊及其解析度資訊進行處理，以達到動態適配顯示解析度，由於不需要將電腦系統送回廠商新增第二廠牌資訊及其解析度資訊，也不需要在電腦系統中儲存大量用來比對的廠牌資訊及其解析度資訊，藉此達到提升資訊處理的效率、儲存空間使用率及便利性。 According to the above method, when the obtained second label information and its resolution information do not match the stored first label information and its resolution information, the image processing algorithm is used to determine the second label information. The information and its resolution information are processed to achieve dynamic adaptation of the display resolution. Since there is no need to send the computer system back to the manufacturer to add the second brand information and its resolution information, there is no need to store a large amount of data in the computer system. To compare the brand information and its resolution information, so as to improve the efficiency of information processing, storage space utilization and convenience.
為了達成上述目的所採取的另一主要技術手段，係令前述動態適配多廠牌及顯示解析度的電腦系統，其包括：一顯示模組；一處理模組，具有一系統韌體，該處理模組連接該顯示模組，該處理模組的系統韌體儲存有一組以上的第一廠牌資訊及其解析度資訊；其中，該處理模組的系統韌體經由該顯示模組取得一第二廠牌資訊及其解析度資訊，該處理模組的系統韌體根據儲存的第一廠牌資訊及其解析度資訊與接收到的第二廠牌資訊及其解析度資訊比對是否匹配，若否，該處理模組的系統韌體根據一影像處理演算法對該第二廠牌資訊及其解析度資訊進行處理，並透過該顯示模組顯示一第一支援提示資訊。 Another main technical means adopted to achieve the above purpose is to make the aforementioned computer system dynamically adapting to multiple brands and display resolutions, which includes: a display module; a processing module with a system firmware, the The processing module is connected to the display module, and the system firmware of the processing module stores more than one set of first brand information and its resolution information; wherein, the system firmware of the processing module obtains a The second label information and its resolution information, the system firmware of the processing module compares the stored first label information and its resolution information with the received second label information and its resolution information to see if they match , if not, the system firmware of the processing module processes the second brand information and its resolution information according to an image processing algorithm, and displays a first support prompt information through the display module.
透過上述系統可知，當該處理模組的系統韌體比對取得的第二廠牌資訊及其解析度資訊與儲存的第一廠牌資訊及其解析度資訊不匹配時，即時透過該影像處理演算法對該第二廠牌資訊及其解析度資訊進行處理，並且透過該顯示模組顯示該第一支援提示資訊，以達到動態適配顯示解析度，並且供使用者確認，由於不需要將電腦系統送回廠商新增第二廠牌資訊及其解析度資 訊，也不需要在電腦系統中儲存大量用來比對的廠牌資訊及其解析度資訊，藉此達到提升資訊處理的效率、儲存空間使用率及便利性。 Through the above system, it can be known that when the second label information and its resolution information obtained by the system firmware of the processing module do not match the stored first label information and its resolution information, the image processing is performed immediately. The algorithm processes the second brand information and its resolution information, and displays the first support prompt information through the display module, so as to achieve dynamic adaptation of the display resolution, and for the user to confirm, since there is no need to The computer system sends back the information of the new second brand to the manufacturer and its resolution information It also does not need to store a large amount of brand information and its resolution information for comparison in the computer system, so as to improve the efficiency of information processing, the utilization rate of storage space and the convenience.
10:處理模組 10: Processing modules
20:顯示模組 20: Display module
30:外接顯示裝置 30: External display device
40:內接顯示裝置 40: Internal display device
S51、S52、S53、S54:步驟 S51, S52, S53, S54: Steps
圖1 係本發明第一較佳實施例的系統架構方塊圖。 FIG. 1 is a block diagram of the system architecture of the first preferred embodiment of the present invention.
圖2 係本發明第二較佳實施例的系統架構方塊圖。 FIG. 2 is a block diagram of the system architecture of the second preferred embodiment of the present invention.
圖3 係本發明第三較佳實施例的系統架構方塊圖。 FIG. 3 is a block diagram of the system architecture of the third preferred embodiment of the present invention.
圖4 係本發明第四較佳實施例的方法流程圖。 FIG. 4 is a flow chart of a method according to a fourth preferred embodiment of the present invention.
關於本發明動態適配多廠牌及顯示解析度的電腦系統的第一較佳實施例，請參考圖1所示，本發明的電腦系統包括一處理模組10及一顯示模組20，該處理模組10連接該顯示模組20，該處理模組10具有一系統韌體，該系統韌體內儲存有一組以上的第一廠牌資訊及其解析度資訊。在本實施例中，該處理模組10的系統韌體內所包括的該組第一廠牌資訊及其解析度資訊係包括有多個廠牌資訊及其解析度資訊，具體而言，多個第一廠牌資訊及其解析度資訊係包括但不限於如宏基(Acer)、gateway、emachine、predator等廠牌資訊及其解析度資訊。在本實施例中，該處理模組10包括一處理器(CPU)；該顯示模組20包括一顯示器或一顯示卡等。
Regarding the first preferred embodiment of the computer system dynamically adapting to multiple brands and display resolutions of the present invention, please refer to FIG. 1 , the computer system of the present invention includes a
在本實施例中，本發明的電腦系統係可為一電腦裝置，並且該處理模組10的系統韌體及該顯示模組20設於該電腦裝置內。該電腦裝置係可為一桌上型電腦、一筆記型電腦或一平板電腦等。
In this embodiment, the computer system of the present invention can be a computer device, and the system firmware of the
該處理模組10的系統韌體透過該顯示模組20取得一第二廠牌資訊及其解析度資訊，該處理模組10的系統韌體係根據儲存的第一廠牌資訊及其解析度資訊與取得的第二廠牌資訊及其解析度資訊比對是否匹配，若否，該處理模組10的系統韌體根據一影像處理演算法對該第二廠牌資訊及其解析度資訊進行處理，並透過該顯示模組20顯示一第一支援提示資訊。在本實施例中，若是，該處理模組10的系統韌體根據接收到得第二廠牌資訊及其解析度資訊直接透過該顯示模組20顯示一第二支援提示資訊。在本實施例中，前述的第一廠牌資訊係可為對應廠牌之一廠牌標誌(logo)圖形，解析度資訊係可為對應該廠牌標誌(logo)圖形的最大解析度資訊，因此，當將第二廠牌資訊及其解析度資訊與第一廠牌資訊及其解析度資訊進行比對是否匹配時，僅比較第一廠牌資訊的最大解析度資訊，藉此提升處理效率。
The system firmware of the
具體而言，該處理模組10的系統韌體係透過該影像處理演算法根據該第二廠牌資訊及其解析度資訊進行影像調整，以產生一第三廠牌資訊及其解析度資訊，並根據該第三廠牌資訊及其解析度資訊顯示該第一支援提示資訊。在本實施例中，具體而言透過該影像處理演算法根據該第二廠牌資訊及其解析度資訊進行影像比例大小調整，以產生對應的第三廠牌資訊及其解析度資訊。其中，該影像處理演算法係可為一最鄰近點演算法(Nearest Neighbor algorithm)、一雙線性插值演算法(Bilinear Interpolation algorithm)或一雙三次插值演算法(Bicubic Interpolation algorithm)。
Specifically, the system firmware of the
在本實施例中，進一步的該處理模組10的系統韌體內還儲存有一組以上的組延伸顯示能力識別資訊(Extended display identification,EDID，以下簡稱EDID)，該EDID對應該第一廠牌資訊及其解析度資訊，並且該EDID具有多數解析度資訊，故當該第一廠牌資訊及其解析度資訊具有多數個，該EDID亦具有多數個。當該處理模組10的系統韌體根據儲存的第一廠牌資訊及其解析度
資訊與取得的第二廠牌資訊及其解析度資訊比對是否匹配時，進一步將取得的第二廠牌資訊及其解析度資訊與該EDID的解析度資訊比對是否匹配，以確認該處理模組10的系統韌體內是否有儲存對應的解析度。
In this embodiment, the system firmware of the
在本實施例中，係根據該第三廠牌資訊及其解析度資訊顯示該第一支援提示資訊，並且該第一支援提示資訊係為已調整顯示解析度的一廠牌標誌(logo)圖形。在本實施例中，係根據該第二廠牌資訊及其解析度資訊顯示該第二支援提示資訊，並且該第二支援提示資訊係為透過該顯示模組20所取得的原始解析度的一廠牌標誌圖形，以供使用者確認。
In this embodiment, the first support prompt information is displayed according to the third brand information and its resolution information, and the first support prompt information is a brand logo graphic whose display resolution has been adjusted . In the present embodiment, the second support prompt information is displayed according to the second brand information and its resolution information, and the second support prompt information is an original resolution obtained through the
在本實施例中，進一步的，該處理模組10的系統韌體係儲存所產生的第三廠牌資訊及其解析度資訊，藉此可於使用過程中建立新的資料，以供後續使用時，可以快速比對，並提升處理效率。
In this embodiment, further, the system firmware of the
在本實施例中，進一步的，當該處理模組10的系統韌體產生另一第三廠牌資訊及其解析度資訊時，則取代原本已儲存的第三廠牌資訊及其解析度資訊並儲存，藉此可於下次使用時快速比對，同時還可節省占用該處理模組10的系統韌體的儲存空間，以提升儲存空間利用率。
In this embodiment, further, when the system firmware of the
關於本發明第二較佳實施例，請參考圖2所示，第二較佳實施例與第一較佳實施例大致上相同，惟第二較佳實施例與第一較佳實施例的差別在於，第二較佳實施例的電腦系統進一步包括一外接顯示裝置30，並且由該顯示模組20連接該外接顯示裝置30，並且該顯示模組20係可為一顯示卡模組。在本實施例中，該外接顯示裝置30係獨立於該電腦裝置外，並與該顯示模組20連接。
Regarding the second preferred embodiment of the present invention, please refer to FIG. 2 , the second preferred embodiment is substantially the same as the first preferred embodiment, but the difference between the second preferred embodiment and the first preferred embodiment That is, the computer system of the second preferred embodiment further includes an
在本實施例中，該處理模組10的系統韌體係經由該顯示模組20從該外接顯示裝置30取得該第二廠牌資訊及其解析度資訊進行處理。
In this embodiment, the system firmware of the
關於本發明第三較佳實施例，請參考圖3所示，第三較佳實施例與第一較佳實施例大致上相同，惟第三較佳實施例與第一較佳實施例的差別在於第三較佳實施例的電腦系統進一步包括一內接顯示裝置40，並且與該顯示模組20連接，並且該顯示模組20係可為一顯示卡模組。在本實施例中，該內接顯示裝置40係內嵌於該電腦裝置中而與該顯示模組20連接。
Regarding the third preferred embodiment of the present invention, please refer to FIG. 3 , the third preferred embodiment is substantially the same as the first preferred embodiment, but the difference between the third preferred embodiment and the first preferred embodiment The computer system of the third preferred embodiment further includes an internal display device 40 connected to the
在本實施例中，該處理模組10的系統韌體係經由該顯示模組20從該內接顯示裝置40取得該第二廠牌資訊及其解析度資訊進行處理。
In this embodiment, the system firmware of the
關於本發明第四較佳實施例，請參考圖4所示，根據上述內容，進一步可歸納出一動態適配多廠牌及顯示解析度的電腦系統的資訊處理方法，該電腦系統內具有一處理模組10及一顯示模組20，該處理模組10具有一系統韌體，該系統韌體內儲存有一組以上的第一廠牌資訊及其解析度資訊，並且由該處理模組10的系統韌體執行以下步驟：取得一第二廠牌資訊及其解析度資訊(S51)；根據儲存的第一廠牌資訊及其解析度資訊與取得的第二廠牌資訊及其解析度資訊比對是否匹配(S52)；若否，根據一影像處理演算法對該第二廠牌資訊及其解析度資訊進行處理，並透過該顯示模組20顯示一第一支援提示資訊(S53)。在本實施例中，若是，根據該第二廠牌資訊及其解析度資訊透過該顯示模組20顯示一第二支援提示資訊(S54)。
Regarding the fourth preferred embodiment of the present invention, please refer to FIG. 4 . According to the above content, an information processing method for a computer system that dynamically adapts to multiple brands and display resolutions can be further summarized. The computer system has a The
在本實施例中，係由該處理模組10的系統韌體透過該影像演算法根據該第二廠牌資訊及其解析度資訊進行影像調整，以產生一第三廠牌資訊及其解析度資訊，並根據該第三廠牌資訊及其解析度資訊顯示該第一支援提示資訊。在本實施例中，具體而言係透過該影像演算法根據該第二廠牌資訊及其
解析度資訊進行影像比例大小調整，以產生對應的第三廠牌資訊及其解析度資訊。
In this embodiment, the system firmware of the
在本實施例中，該影像處理演算法包括一最鄰近點演算法(Nearest Neighbor algorithm)、一雙線性插值演算法(Bilinear Interpolation algorithm)或一雙三次插值演算法(Bicubic Interpolation algorithm)。 In this embodiment, the image processing algorithm includes a Nearest Neighbor algorithm, a Bilinear Interpolation algorithm or a Bicubic Interpolation algorithm.
在本實施例中，當上述步驟執行至「根據儲存的第一廠牌資訊及其解析度資訊與取得的第二廠牌資訊及其解析度資訊比對是否匹配(S52)」之步驟，進一步根據一組EDID中的多數解析度資訊與該第二廠牌資訊及其解析度資訊比對是否匹配，若否，執行「根據一影像處理演算法對該第二廠牌資訊及其解析度資訊進行處理，並透過該顯示模組20顯示一第一支援提示資訊(S53)」。若是執行「根據該第二廠牌資訊及其解析度資訊透過該顯示模組20顯示一第二支援提示資訊(S54)」。
In this embodiment, when the above steps are executed to the step of “compare the stored first label information and its resolution information with the acquired second label information and its resolution information (S52)”, further According to whether the majority of resolution information in a set of EDID matches the second label information and its resolution information, if not, execute "According to an image processing algorithm for the second label information and its resolution information. Processing is performed, and a first support prompt message is displayed through the display module 20 (S53)." If it executes "display a second support prompt information through the
在本實施例中，係根據該第三廠牌資訊及其解析度資訊顯示該第一支援提示資訊，並且該第一支援提示資訊係為已調整顯示解析度的一廠牌標誌(logo)圖形。在本實施例中，係根據該第二廠牌資訊及其解析度資訊顯示該第二支援提示資訊，並且該第二支援提示資訊係為透過該顯示模組20所取得的原始解析度的一廠牌標誌圖形，以供使用者確認。
In this embodiment, the first support prompt information is displayed according to the third brand information and its resolution information, and the first support prompt information is a brand logo graphic whose display resolution has been adjusted . In the present embodiment, the second support prompt information is displayed according to the second brand information and its resolution information, and the second support prompt information is an original resolution obtained through the
在本實施例中，進一步儲存該第三廠牌資訊及其解析度資訊。 In this embodiment, the third label information and its resolution information are further stored.
在本實施例中，當產生另一第三廠牌資訊及其解析度資訊，則取代原已本儲存的第三廠牌資訊及其解析度資訊並儲存。 In this embodiment, when another third brand information and its resolution information are generated, the previously stored third brand information and its resolution information are replaced and stored.
根據上述內容，當該處理模組10的系統韌體比對取得的第二廠牌資訊及其解析度資訊與儲存的第一廠牌資訊及其解析度資訊不匹配時，即時透過該影像處理演算法對該第二廠牌資訊及其解析度資訊進行處理，並且透過該顯示模組20顯示該第一支援提示資訊，以達到動態適配顯示解析度，並且供
使用者確認，由於不需要將電腦系統送回廠商新增第二廠牌資訊及其解析度資訊，也不需要在電腦系統中儲存大量用來比對的廠牌資訊及其解析度資訊，藉此達到提升資訊處理的效率、儲存空間使用率及便利性。
According to the above content, when the system firmware of the
10:處理模組 10: Processing modules
20:顯示模組 20: Display module
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Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| TWI380215B (en) * | 2008-12-30 | 2012-12-21 | Wistron Corp | Method of setting a monitor for a computer system and related computer system |
| US8994656B2 (en) * | 2005-07-11 | 2015-03-31 | Koninklijke Philips N.V. | Method of controlling a control point position on a command area and method for control of a device |
| US20160313890A1 (en) * | 2015-04-21 | 2016-10-27 | Dell Products L.P. | Dynamic Cursor Focus in a Multi-Display Information Handling System Environment |
| US10013083B2 (en) * | 2014-04-28 | 2018-07-03 | Qualcomm Incorporated | Utilizing real world objects for user input |
-
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Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US8994656B2 (en) * | 2005-07-11 | 2015-03-31 | Koninklijke Philips N.V. | Method of controlling a control point position on a command area and method for control of a device |
| TWI380215B (en) * | 2008-12-30 | 2012-12-21 | Wistron Corp | Method of setting a monitor for a computer system and related computer system |
| US10013083B2 (en) * | 2014-04-28 | 2018-07-03 | Qualcomm Incorporated | Utilizing real world objects for user input |
| US20160313890A1 (en) * | 2015-04-21 | 2016-10-27 | Dell Products L.P. | Dynamic Cursor Focus in a Multi-Display Information Handling System Environment |
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