TWI675299B - A control system for analysis a complex information of computer peripheral ecological - Google Patents
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Abstract
一種分析電腦周邊生態複雜資訊的控制系統，包含一第一資訊接收單元、一資訊分類單元，及一資訊解析單元。該第一資訊接收單元將該外部控制行為轉換成一第一複雜資訊，並將該第一複雜資訊傳輸至該資訊分類單元，以使該資訊分類單元取得一第二複雜資訊。當該資訊分類單元無法分析該第二複雜資訊時，將該第二複雜資訊傳輸至該資訊解析單元。該資訊解析單元將該第二複雜資訊轉成一第三複雜資訊，並以快速的計算能力及龐大資料進行分析以產生一伺服端控制資訊。該資訊解析單元將該伺服端控制資訊傳輸至該資訊分類單元。 A control system for analyzing ecologically complex information around a computer includes a first information receiving unit, an information classification unit, and an information analysis unit. The first information receiving unit converts the external control behavior into a first complex information, and transmits the first complex information to the information classification unit, so that the information classification unit obtains a second complex information. When the information classification unit cannot analyze the second complex information, the second complex information is transmitted to the information analysis unit. The information analysis unit converts the second complex information into a third complex information, and analyzes it with fast computing power and huge data to generate a server-side control information. The information analysis unit transmits the server-side control information to the information classification unit.
Description
本發明是有關於一種控制系統，尤其是一種需要龐大資料庫作為比對資料之分析電腦周邊生態複雜資訊的控制系統。 The invention relates to a control system, in particular to a control system that requires a huge database as a comparative data to analyze ecologically complex information around a computer.
科技日新月異，電腦運算的速度越來越快，配合硬體可達成的功能越來越多，人類已無法離開數位資訊的環境。 With the rapid development of science and technology, the speed of computer calculations is getting faster and faster, and with the increasing number of functions that hardware can achieve, humans can no longer leave the environment of digital information.
參閱圖1，為一種電腦控制裝置，例如鍵盤、滑鼠等裝置，包含一計算裝置11、一輸入裝置12，及一受控裝置13，該輸入裝置12接收一外部資訊後會產生一輸入端類比訊號101，該外部資訊為使用者對該輸入裝置12的控制行為，以對該受控裝置13進行操控。 Referring to FIG. 1, a computer control device, such as a keyboard or a mouse, includes a computing device 11, an input device 12, and a controlled device 13. The input device 12 generates an input terminal after receiving external information. An analog signal 101 is that the external information is a control action of the user on the input device 12 to control the controlled device 13.
早期之輸入端類比訊號101可以直接由該輸入裝置12解析成一計算端控制訊號121，該計算裝置11直接形成一計算端控制訊號111並將該計算端控制訊號111傳輸至該受控裝置13，該計算端控制訊號121與該計算端控制訊號111為相同的訊號。 The early input analog signal 101 can be directly parsed by the input device 12 into a computing control signal 121, and the computing device 11 directly forms a computing control signal 111 and transmits the computing control signal 111 to the controlled device 13, The computing-end control signal 121 is the same signal as the computing-end control signal 111.
參閱圖2，為另一種電腦控制裝置，例如由使用者定義之按鍵，可以設置於鍵盤或滑鼠上，包含一計算 裝置11、一輸入裝置12，及一受控裝置13，該輸入裝置12接收一外部資訊後會產生一輸入端類比訊號101，該外部資訊為使用者對該輸入裝置12的控制行為，以對該受控裝置13進行操控。 Referring to FIG. 2, another computer control device, such as a user-defined key, can be set on a keyboard or a mouse and includes a calculation. Device 11, an input device 12, and a controlled device 13. The input device 12 generates an input analog signal 101 after receiving an external information. The external information is a control action of the user on the input device 12 to The controlled device 13 is operated.
由於該輸入端類比訊號101是由使用者自定義之訊號，該輸入裝置12無法解析，因此該輸入裝置12將該輸入端類比訊號101直接轉成一控制端類比訊號102，該計算裝置11接收該控制端類比訊號102產生一控制端類比訊號102，該控制端類比訊號102與該輸入端類比訊號101為相同的訊號。接著該計算裝置11對該控制端類比訊號102進行分析，以取得一計算端控制訊號111，再將該計算端控制訊號111傳輸至該受控裝置13。 Since the input analog signal 101 is a user-defined signal, the input device 12 cannot be parsed, so the input device 12 directly converts the input analog signal 101 into a control end analog signal 102, and the computing device 11 receives The control-end analog signal 102 generates a control-end analog signal 102. The control-end analog signal 102 is the same signal as the input-end analog signal 101. The computing device 11 then analyzes the control-end analog signal 102 to obtain a computing-end control signal 111, and then transmits the computing-end control signal 111 to the controlled device 13.
大數據泛指傳統資料處理應用軟體不足以處理，或是複雜的資料集。在許多領域，由於資料集過度龐大，科學家經常在分析處理上遭遇限制和阻礙，這些領域包括氣象學、基因組學、神經網路體學、複雜的物理模擬，以及生物和環境研究，進一步取得較為準確的運算結果。 Big data refers generally to traditional data processing applications that are insufficient for processing or complex data sets. In many fields, due to the huge data set, scientists often encounter limitations and obstacles in analysis and processing. These fields include meteorology, genomics, neural network sociology, complex physical simulation, and biological and environmental research. Accurate calculation results.
對於一些研究機構及營利機構來說，耗費相當的成本來建構硬體，並收集龐大的資料是可行的。但是對於一般使用者來說，並無法取得大數據作為資料庫的內容，更難以花費大量的成本建構可運行大數據的電腦。況且一般人不會經常使用大數據。 For some research institutions and for-profit institutions, it is feasible to construct hardware and collect huge data at a considerable cost. But for ordinary users, it is not possible to obtain big data as the content of the database, and it is even more difficult to spend a lot of cost to build a computer that can run big data. Moreover, the average person does not often use big data.
舉例來說，語言辨識需要比對大量的數據， 才有可能判斷接收的語言資訊所代表的意思，當數據量不夠大時，容易對語言資訊判斷錯誤。當運算速度不夠快時，無法於時間內取得電腦的結果。 For example, language recognition requires matching large amounts of data. It is possible to determine the meaning of the received language information. When the amount of data is not large enough, it is easy to judge the language information incorrectly. When the calculation speed is not fast enough, computer results cannot be obtained in time.
因此，如何以較低的成本來建構以大數據判斷正確結果的系統，是相關技術人員亟需努力的目標。 Therefore, how to construct a system that judges the correct result with big data at a lower cost is an urgently needed goal for related technical personnel.
有鑑於此，本發明之目的是在提供一種分析電腦周邊生態複雜資訊的控制系統，用以解析一使用者之外部控制行為，其包含一第一資訊接收單元、一資訊分類單元，及一資訊解析單元。 In view of this, an object of the present invention is to provide a control system for analyzing ecologically complex information around a computer to analyze an external control behavior of a user, which includes a first information receiving unit, an information classification unit, and an information Parsing unit.
該第一資訊接收單元包括至少一第一資訊輸入裝置，該第一資訊輸入裝置接收該外部行為並產生一第一複雜資訊，該第一資訊輸入裝置將該第一複雜資訊轉成一第一傳輸資訊。 The first information receiving unit includes at least a first information input device, the first information input device receives the external behavior and generates a first complex information, and the first information input device converts the first complex information into a first Transmission of information.
該資訊分類單元包括一與該第一資訊輸入裝置電連接之控制端計算裝置，該控制端計算裝置具有一複雜資訊分類模組，該第一資訊輸入裝置將該第一傳輸資訊傳輸至該控制端計算裝置，該複雜資訊分類模組分析該第一傳輸資訊後取得一第二複雜資訊，再將該第二複雜資訊轉成一控制端傳輸資訊。 The information classification unit includes a control-end computing device electrically connected to the first information input device. The control-end computing device has a complex information classification module, and the first information input device transmits the first transmission information to the control. End computing device, the complex information classification module obtains a second complex information after analyzing the first transmission information, and then converts the second complex information into a control end transmission information.
該資訊解析單元包括一與該控制端計算裝置電連接之伺服端計算裝置，該控制端計算裝置將該控制端傳輸資訊傳輸至該伺服端計算裝置，該伺服端計算裝置分析該控制端傳輸資訊後取得一第三複雜資訊，再對該第 三複雜資訊進行分析，以取得一伺服端控制資訊。 The information analysis unit includes a server-side computing device electrically connected to the control-side computing device. The control-side computing device transmits the control-side transmission information to the server-side computing device. The server-side computing device analyzes the control-side transmission information. After obtaining a third complex information, Three complex information are analyzed to obtain a server-side control information.
本發明的又一技術手段，是在於上述之伺服端計算裝置具有一複雜資訊解析模組，用以分析該第三複雜資訊以得到該伺服端控制資訊。 Another technical means of the present invention is that the above-mentioned server-side computing device has a complex information analysis module for analyzing the third complex information to obtain the server-side control information.
本發明的另一技術手段，是在於上述之伺服端計算裝置更具有一伺服端資料庫模組，以提供該複雜資訊解析模組分析該第三複雜資訊。 Another technical means of the present invention is that the above-mentioned server-side computing device further has a server-side database module to provide the complex information analysis module to analyze the third complex information.
本發明的再一技術手段，是在於上述之伺服端計算裝置更具有一複雜資訊轉換模組，該複雜資訊轉換模組將該第三複雜資訊轉換成一複雜數位資訊，以提供該複雜資訊解析模組分析。 Another technical means of the present invention is that the above-mentioned server-side computing device further has a complex information conversion module. The complex information conversion module converts the third complex information into a complex digital information to provide the complex information analysis module. Group analysis.
本發明的又一技術手段，是在於上述之控制端計算裝置具有更一伺服控制執行模組，該伺服端計算裝置將該伺服端控制資訊傳輸至該控制端計算裝置，該伺服控制執行模組執行該伺服端控制資訊並產生一控制端控制資訊。 Another technical means of the present invention is that the above-mentioned control-end computing device has a servo control execution module, the server-side computing device transmits the server-side control information to the control-end computing device, and the servo-control execution module The server-side control information is executed and a control-side control information is generated.
本發明的另一技術手段，是在於上述之分析電腦周邊生態複雜資訊的控制系統更包含一受控單元，包括一與該控制端計算裝置電連接之受控裝置，該控制端計算裝置將該控制端控制資訊傳輸至該受控裝置。 Another technical means of the present invention is that the above-mentioned control system for analyzing ecologically complex information around a computer further includes a controlled unit, including a controlled device electrically connected to the control-end computing device. Control terminal control information is transmitted to the controlled device.
本發明的再一技術手段，是在於上述之第一資訊輸入裝置更對該控制端計算裝置發出一第一控制資訊，該控制端計算裝置更具有一第一控制執行模組，該第一控制執行模組執行該第一控制資訊。 Still another technical means of the present invention is that the above-mentioned first information input device further sends a first control information to the control-end computing device, and the control-end computing device further has a first control execution module, the first control The execution module executes the first control information.
本發明的又一技術手段，是在於上述之控制端計算裝置更具有一第一雜訊消除模組，該伺服端計算裝置更具有一第一雜訊消除模組，該第一雜訊消除模組消除該第一複雜資訊之雜訊以成為該第二複雜資訊，該第二雜訊消除模組消除該第二複雜資訊之雜訊以成為該第三複雜資訊。 Another technical means of the present invention is that the above-mentioned computing device on the control side further has a first noise canceling module, and the server-side computing device further has a first noise canceling module, the first noise canceling module The group eliminates the noise of the first complex information to become the second complex information, and the second noise elimination module eliminates the noise of the second complex information to become the third complex information.
本發明的另一技術手段，是在於上述之分析電腦周邊生態複雜資訊的控制系統更包含一第二資訊接收單元，包括至少一與該控制端計算裝置電連接之第二資訊輸入裝置，該第二資訊輸入裝置對該第二資訊輸入裝置輸出一第二控制資訊。 Another technical means of the present invention is that the above-mentioned control system for analyzing ecologically complex information around a computer further includes a second information receiving unit including at least a second information input device electrically connected to the control-end computing device. The two information input devices output a second control information to the second information input device.
本發明的再一技術手段，是在於上述之伺服端計算裝置更具有一控制資訊整合模組，用以整合該第一控制資訊、該第二控制資訊，及該伺服端控制資訊。 Another technical means of the present invention is that the above-mentioned server-side computing device further has a control information integration module for integrating the first control information, the second control information, and the server-side control information.
本發明之有益功效在於，該第一資訊輸入裝置將該第一傳輸資訊傳輸至該控制端計裝置，該控制端計裝置直接以該第二複雜資訊還原該第一複雜資訊，再以該控制端傳輸資訊傳輸至該伺服端計算裝置，該伺服端計算裝置以該第三複雜資訊還原該第一複雜資訊後進行大數據分析，以使該伺服端計算裝置取得該伺服端控制資訊，以使系統瞭解該使用者之外部控制行為的意義，該伺服端計算裝置可提供複數控制端計算裝置執行大數據分析，可以降低該控制端計算裝置的硬體需求及運算速度。 The beneficial effect of the present invention is that the first information input device transmits the first transmission information to the control terminal meter device, the control terminal meter device directly restores the first complex information with the second complex information, and then uses the control The terminal transmission information is transmitted to the server-side computing device, and the server-side computing device restores the first complex information with the third complex information and performs big data analysis to enable the server-side computing device to obtain the server-side control information so that The system understands the meaning of the user's external control behavior. The server-side computing device can provide multiple control-side computing devices to perform big data analysis, which can reduce the hardware requirements and computing speed of the control-side computing device.
101‧‧‧輸入端類比訊號 101‧‧‧Input analog signal
102‧‧‧控制端類比訊號 102‧‧‧Control-end analog signal
11‧‧‧計算裝置 11‧‧‧ Computing Device
111‧‧‧計算端控制訊號 111‧‧‧Computer control signal
12‧‧‧輸入裝置 12‧‧‧ input device
121‧‧‧輸入端控制訊號 121‧‧‧Input control signal
122‧‧‧輸入端傳輸號 122‧‧‧Input terminal transmission number
13‧‧‧受控裝置 13‧‧‧Controlled device
3‧‧‧第一資訊接收單元 3‧‧‧The first information receiving unit
301‧‧‧第一複雜資訊 301‧‧‧The first complex information
302‧‧‧第一傳輸資訊 302‧‧‧First transmission information
303‧‧‧第一控制資訊 303‧‧‧First Control Information
31‧‧‧第一資訊輸入裝置 31‧‧‧The first information input device
4‧‧‧第二資訊接收單元 4‧‧‧Second information receiving unit
401‧‧‧第二控制資訊 401‧‧‧Second Control Information
41‧‧‧第二資訊輸入裝置 41‧‧‧Second information input device
5‧‧‧資訊分類單元 5‧‧‧ Information Taxonomy
501‧‧‧第二複雜資訊 501‧‧‧Second Complex Information
502‧‧‧控制端傳輸資訊 502‧‧‧Control terminal transmits information
503‧‧‧控制端控制資訊 503‧‧‧Control terminal control information
51‧‧‧控制端計算裝置 51‧‧‧Control terminal computing device
511‧‧‧複雜資訊分類模組 511‧‧‧Complex Information Classification Module
512‧‧‧伺服控制執行模組 512‧‧‧Servo control execution module
513‧‧‧第一控制執行模組 513‧‧‧The first control execution module
514‧‧‧第一雜訊消除模組 514‧‧‧The first noise cancellation module
515‧‧‧控制資訊整合模組 515‧‧‧Control Information Integration Module
6‧‧‧資訊解析單元 6‧‧‧Information Analysis Unit
601‧‧‧第三複雜資訊 601‧‧‧ Third Complex Information
602‧‧‧伺服端控制資訊 602‧‧‧Server-side control information
603‧‧‧複雜數位資訊 603‧‧‧ Complex digital information
61‧‧‧伺服端計算裝置 61‧‧‧Server-side computing device
611‧‧‧複雜資訊解析模組 611‧‧‧Complex information analysis module
612‧‧‧伺服端資料庫模組 612‧‧‧Server Database Module
613‧‧‧複雜資訊轉換模組 613‧‧‧Complex Information Conversion Module
614‧‧‧第二雜訊消除模組 614‧‧‧Second Noise Reduction Module
7‧‧‧受控單元 7‧‧‧ controlled unit
71‧‧‧受控裝置 71‧‧‧Controlled device
圖1是一裝置示意圖，說明習知一種電腦控制裝置；圖2是一裝置示意圖，說明習知另一種電腦控制裝置；圖3是一裝置示意圖，說明本發明一種分析電腦周邊生態複雜資訊的控制系統之一第一較佳實施例；圖4是一裝置示意圖，說明該第一較佳實施例之資訊傳輸的態樣；圖5是一裝置示意圖，說明該第一較佳實施例之一控制端計算裝置；圖6是一裝置示意圖，說明該第一較佳實施例之一伺服端計算裝置；圖7是一裝置示意圖，說明該第一較佳實施例之一複雜資訊解析模組；圖8是一裝置示意圖，說明本發明一種分析電腦周邊生態複雜資訊的控制系統之一第二較佳實施例；圖9是一裝置示意圖，說明該第二較佳實施例之一控制端計算裝置；圖10是一裝置示意圖，說明該第二較佳實施例之一伺服端計算裝置；圖11是一裝置示意圖，說明說明本發明一種分析電腦周邊生態複雜資訊的控制系統之一第三較佳實施例；圖12是一裝置示意圖，說明該第三較佳實施例之一控制端計算裝置；及 圖13是一裝置示意圖，說明該第三較佳實施例之一控制資訊整合模組。 Fig. 1 is a schematic diagram of a device that illustrates a computer control device; Fig. 2 is a schematic diagram of a device that illustrates another computer control device; Fig. 3 is a schematic diagram of a device that illustrates the control of analyzing ecologically complex information around a computer One of the first preferred embodiments of the system; FIG. 4 is a schematic diagram of a device illustrating the state of information transmission of the first preferred embodiment; FIG. 5 is a schematic diagram of a device illustrating the control of one of the first preferred embodiments 6 is a schematic diagram of a device, illustrating a server-side computing device of the first preferred embodiment; FIG. 7 is a schematic diagram of a device, illustrating a complex information analysis module of the first preferred embodiment; 8 is a schematic diagram of a device illustrating a second preferred embodiment of a control system for analyzing ecologically complex information around a computer according to the present invention; FIG. 9 is a schematic diagram of a device illustrating a control-end computing device of the second preferred embodiment; FIG. 10 is a schematic diagram illustrating a server-side computing device of the second preferred embodiment; FIG. 11 is a schematic diagram illustrating a peripheral of an analysis computer according to the present invention A third preferred embodiment of a control system for ecologically complex information; FIG. 12 is a schematic diagram of a device illustrating a control-end computing device of the third preferred embodiment; and FIG. 13 is a schematic diagram of a device illustrating a control information integration module according to a third preferred embodiment.
有關本發明之相關申請專利特色與技術內容，在以下配合參考圖式之較佳實施例的詳細說明中，將可清楚地呈現。在進行詳細說明前應注意的是，類似的元件是以相同的編號來做表示。 The features and technical contents of the related patent application of the present invention will be clearly presented in the following detailed description of the preferred embodiments with reference to the drawings. It should be noted before detailed description that similar elements are represented by the same number.
參閱圖3、4、5、6，為本發明一種分析電腦周邊生態複雜資訊的控制系統之一第一較佳實施例，用以解析一使用者之外部控制行為，該第一較佳實施例包含一第一資訊接收單元3、一資訊分類單元5、一資訊解析單元6，及一受控單元7。 Referring to Figures 3, 4, 5, and 6, a first preferred embodiment of a control system for analyzing ecologically complex information around a computer according to the present invention is used to analyze a user's external control behavior. The first preferred embodiment It includes a first information receiving unit 3, an information classification unit 5, an information analysis unit 6, and a controlled unit 7.
於該第一較佳實施例，該使用者之外部控制行為言語，系統可以解析該使用者發出言語的意思，再轉換成指令進行程式的運作。實際實施時，該使用者之外部控制行為可以是身體的動作，或是其他需要大數據的分析，不應以此為限。 In the first preferred embodiment, the user's external control behavior speech, the system can analyze the meaning of the user's speech, and then convert it into instructions to run the program. In actual implementation, the external control behavior of the user can be a body movement or other analysis that requires big data, and should not be limited to this.
該第一資訊接收單元3包括至少一第一資訊輸入裝置31，該第一資訊輸入裝置31接收該使用者之外部行為並產生一第一複雜資訊301，該第一資訊輸入裝置31將該第一複雜資訊301轉成一第一傳輸資訊302。 The first information receiving unit 3 includes at least a first information input device 31. The first information input device 31 receives an external behavior of the user and generates a first complex information 301. The first information input device 31 converts the first information A complex information 301 is converted into a first transmission information 302.
該第一資訊輸入裝置31為電腦周邊的硬體，可以接收電腦周邊生態變化，也就是該使用者之外部控制行為。於該第一較佳實施例，該第一資訊輸入裝置31為是 一種聲波接收元件，可以接收該使用者所發出之聲波，並轉換成該第一複雜資訊301，該第一複雜資訊301是一種類比訊號，該第一資訊輸入裝置31將該第一複雜資訊301轉換成該第一傳輸資訊302，該第一傳輸資訊302為數位訊號，也就是數據包(Data packet)又稱封包，主要使用於資訊的傳輸。由於單純將類比資訊轉換成數位資訊，已為習知的技術，在此不再詳述。 The first information input device 31 is hardware around the computer, and can receive ecological changes around the computer, that is, the external control behavior of the user. In the first preferred embodiment, the first information input device 31 is A sound wave receiving element can receive a sound wave emitted by the user and convert it into the first complex information 301. The first complex information 301 is an analog signal. The first information input device 31 converts the first complex information. 301 is converted into the first transmission information 302. The first transmission information 302 is a digital signal, that is, a data packet (also called a packet), which is mainly used for information transmission. The simple conversion of analog information into digital information is a well-known technology and will not be described in detail here.
該資訊分類單元5包括一與該第一資訊輸入裝置31電連接之控制端計算裝置51，該控制端計算裝置51具有一複雜資訊分類模組511，該第一資訊輸入裝置31將該第一傳輸資訊302傳輸至該控制端計算裝置51，該複雜資訊分類模組511分析該第一傳輸資訊302後取得一第二複雜資訊501，再將該第二複雜資訊501轉成一控制端傳輸資訊502。 The information classification unit 5 includes a control-end computing device 51 electrically connected to the first information input device 31. The control-end computing device 51 has a complex information classification module 511. The first information input device 31 converts the first information input device 31 The transmission information 302 is transmitted to the control-end computing device 51. The complex information classification module 511 obtains a second complex information 501 after analyzing the first transmission information 302, and then converts the second complex information 501 into a control-end transmission information. 502.
於該第一較佳實施例，該控制端計算裝置51為個人端電腦裝置，該控制端計算裝置51會安裝驅動程式與電腦周邊之硬體正確地交換資訊，並會安裝至少一周邊運用程式，來應用電腦週邊硬體，該複雜資訊分類模組511為該第一資訊輸入裝置31之應用程式。 In the first preferred embodiment, the control-side computing device 51 is a personal computer device, and the control-side computing device 51 will install a driver program to correctly exchange information with hardware around the computer, and will install at least one peripheral application program. To apply computer peripheral hardware, the complex information classification module 511 is an application program of the first information input device 31.
由於該複雜資訊分類模組511為該第一資訊輸入裝置31之應用程式，因此可以清楚了解該第一傳輸資訊302的目的，該複雜資訊分類模組511將該第一傳輸資訊302轉換成該第二複雜資訊501，由於單純將數位資訊轉換成類比資訊，已為習知的技術，在此不再詳述。 Since the complex information classification module 511 is an application of the first information input device 31, the purpose of the first transmission information 302 can be clearly understood. The complex information classification module 511 converts the first transmission information 302 into the The second complex information 501 is a conventional technique because it simply converts digital information into analog information, and will not be described in detail here.
於該第一較佳實施例，該第一複雜資訊301與第二複雜資訊501的資料相同，該複雜資訊分類模組511了解分析該第二複雜資訊501需要大量的比對資料及運算速度，該控制端計算裝置51無法分析該第二複雜資訊501，該複雜資訊分類模組511再將該第二複雜資訊501轉換成該控制端傳輸資訊502，並將該控制端傳輸資訊502傳輸至該資訊解析單元6。 In the first preferred embodiment, the data of the first complex information 301 and the second complex information 501 are the same. The complex information classification module 511 understands that analyzing the second complex information 501 requires a large amount of comparison data and calculation speed. The control-end computing device 51 cannot analyze the second complex information 501, the complex information classification module 511 converts the second complex information 501 into the control-end transmission information 502, and transmits the control-end transmission information 502 to the Information analysis unit 6.
該資訊解析單元6包括一與該控制端計算裝置51電連接之伺服端計算裝置61，該伺服端計算裝置61具有一複雜資訊解析模組611、一伺服端資料庫模組612，及一複雜資訊轉換模組613。 The information analysis unit 6 includes a server-side computing device 61 electrically connected to the control-side computing device 51. The server-side computing device 61 has a complex information analysis module 611, a server-side database module 612, and a complex Information conversion module 613.
於該第一較佳實施例，該伺服端計算裝置61為具有強大的運算能力裝置，可以提供網路伺服的服務。該複雜資訊解析模組611為該伺服端計算裝置61的應用程式，是針對該第一資訊輸入裝置31所接收之電腦周邊生態進行運算。該伺服端資料庫模組612為強大的資料庫，可以儲存大數據。 In the first preferred embodiment, the server-side computing device 61 is a device with powerful computing capabilities and can provide a network servo service. The complex information analysis module 611 is an application program of the server-side computing device 61, and performs calculations on the ecology surrounding the computer received by the first information input device 31. The server-side database module 612 is a powerful database that can store big data.
該控制端計算裝置51將該控制端傳輸資訊502傳輸至該伺服端計算裝置61，該伺服端計算裝置61分析該控制端傳輸資訊502後取得一第三複雜資訊601，再對該第三複雜資訊601進行分析，以取得一伺服端控制資訊602。 The control-side computing device 51 transmits the control-side transmission information 502 to the server-side computing device 61. The server-side computing device 61 analyzes the control-side transmission information 502 to obtain a third complex information 601, and then the third complex information 601. The information 601 is analyzed to obtain a server-side control information 602.
於該第一較佳實施例，該第三複雜資訊601與該第一複雜資訊301及第二複雜資訊501的資料相同。該複雜資訊解析模組611用以分析該第三複雜資訊601以得到 該伺服端控制資訊602。該伺服端資料庫模組612用以提供該複雜資訊解析模組611分析該第三複雜資訊601。 In the first preferred embodiment, the third complex information 601 is the same as the data of the first complex information 301 and the second complex information 501. The complex information analysis module 611 is used to analyze the third complex information 601 to obtain The server control information 602. The server database module 612 is used to provide the complex information analysis module 611 to analyze the third complex information 601.
配合參閱圖7，該複雜資訊轉換模組613將該第三複雜資訊601轉換成一複雜數位資訊603，以提供該複雜資訊解析模組611分析。較佳地，該複雜資訊解析模組611選自於神經網路(Neural Net)、貝葉斯邏輯(Bayesian Logic)、卡爾曼濾波(Kalman filter)、遺傳運算(Genetic algorithm)等運算處理，實際實施時，該複雜資訊轉換模組613之資訊處理方式可以使用其他的理論計算或定論計算，不應以此為限。 With reference to FIG. 7, the complex information conversion module 613 converts the third complex information 601 into a complex digital information 603 to provide analysis by the complex information analysis module 611. Preferably, the complex information analysis module 611 is selected from arithmetic processing such as Neural Net, Bayesian Logic, Kalman filter, Genetic algorithm, etc. During implementation, the information processing method of the complex information conversion module 613 can use other theoretical calculations or final calculations, and should not be limited to this.
該複雜資訊解析模組611解析該複雜數位資訊603後再與該伺服端資料庫模組612中的大數據資料進行比對，以取得正確的伺服端控制資訊602，實際實施時，可以將該複雜資訊解析模組611解析的資訊做為該伺服端控制資訊602，不應以此為限。 The complex information analysis module 611 parses the complex digital information 603 and compares it with the big data data in the server database module 612 to obtain the correct server control information 602. In actual implementation, the The information parsed by the complex information analysis module 611 is used as the server-side control information 602, and should not be limited to this.
於該第一較佳實施例，該控制端計算裝置51具有更一伺服控制執行模組512，該伺服端計算裝置61將該伺服端控制資訊602傳輸至該控制端計算裝置51，該伺服控制執行模組512執行該伺服端控制資訊602並產生一控制端控制資訊503。 In the first preferred embodiment, the control-side computing device 51 has a servo control execution module 512. The server-side computing device 61 transmits the server-side control information 602 to the control-side computing device 51. The servo control The execution module 512 executes the server-side control information 602 and generates a control-side control information 503.
該受控單元7包括一與該控制端計算裝置51電連接之受控裝置71，該控制端計算裝置51將該控制端控制資訊503傳輸至該受控裝置71。較佳地，該受控裝置71為與該控制端計算裝置51之電腦周邊硬體，受該控制端控制 資訊503的控制，實際實施時，該受控裝置71也可以是該控制端計算裝置51之其他的應用程式，不應以此為限。 The controlled unit 7 includes a controlled device 71 electrically connected to the control-end computing device 51. The control-end computing device 51 transmits the control-end control information 503 to the controlled device 71. Preferably, the controlled device 71 is a computer peripheral hardware connected to the control-end computing device 51 and is controlled by the control-end. When the control of the information 503 is actually implemented, the controlled device 71 may also be another application of the control-end computing device 51, and should not be limited to this.
值得一提的是，當該複雜資訊解析模組611產生該伺服端控制資訊602時，也可以於該伺服端計算裝置61進行工作，或是連接其他伺服器以其他數據進行分析，再將分析結果傳輸至該控制端計算裝置51，以減輕該控制端計算裝置51的工作。 It is worth mentioning that when the complex information analysis module 611 generates the server-side control information 602, it can also work on the server-side computing device 61, or connect other servers to analyze with other data, and then analyze The result is transmitted to the control-end computing device 51 to reduce the work of the control-end computing device 51.
除了該第一較佳實施例之舉例外，該第一資訊輸入裝置31也可以是一種影像擷取裝置，用以擷取該使用者之手勢，該第一資訊輸入裝置31將手勢之影像轉換為該第一複雜資訊301並以該第一傳輸資訊302傳輸至該控制端計算裝置51，該控制端計算裝置51接收該第一傳輸資訊302後產生該第二複雜資訊501，由於手勢的變化眾多資訊也複雜，一般的電腦無法正確分析，該控制端計算裝置51以該控制端傳輸資訊502傳輸至該伺服端計算裝置61，該伺服端計算裝置61產生該第三複雜資訊601。 In addition to the example of the first preferred embodiment, the first information input device 31 may also be an image capture device for capturing a gesture of the user. The first information input device 31 converts the image of the gesture. It is the first complex information 301 and is transmitted to the control-end computing device 51 by the first transmission information 302. The control-end computing device 51 generates the second complex information 501 after receiving the first transmission information 302. Numerous information is also complicated, and a general computer cannot analyze it correctly. The control-side computing device 51 transmits the control-side transmission information 502 to the server-side computing device 61, and the server-side computing device 61 generates the third complex information 601.
該伺服端計算裝置61不僅運算功能強大，並且具有可儲存大數據之伺服端資料庫模組612，更可以提供複數控制端計算裝置51伺服服務，能正確地分析該第三複雜資訊601，也就是正確地判別該使用者的手勢，再產生該伺服端控制資訊602，較佳地，該伺服端計算裝置61將該伺服端控制資訊602傳輸至該控制端計算裝置51，可以使該控制端計算裝置51執行特定的應用程式。舉例來說，該控制端計算裝置51可以控制揚聲器的音量、鼠標的移動、遊戲 的控制、冷卻系統的運作等等多種電腦的控制。 The server-side computing device 61 not only has powerful computing functions, but also has a server-side database module 612 that can store big data. It can also provide multiple control-side computing device 51 servo services, which can correctly analyze the third complex information 601. It is to correctly determine the gesture of the user, and then generate the server-side control information 602. Preferably, the server-side computing device 61 transmits the server-side control information 602 to the control-side computing device 51, so that the control side The computing device 51 executes a specific application program. For example, the control-side computing device 51 can control the volume of the speaker, the movement of the mouse, and the game Control, cooling system operation, and many other computer controls.
參閱圖8、9、10，為本發明一種分析電腦周邊生態複雜資訊的控制系統之一第二較佳實施例，該第二較佳實施例與該第一較佳實施例大致相同，相同之處於此不再詳述，不同之處在於該第一資訊輸入裝置31更對該控制端計算裝置51發出一第一控制資訊303，該控制端計算裝置51更具有一第一控制執行模組513，該第一控制執行模組513執行該第一控制資訊303。 Referring to Figs. 8, 9, and 10, a second preferred embodiment of a control system for analyzing ecologically complex information around a computer according to the present invention. The second preferred embodiment is substantially the same as the first preferred embodiment. It is not described in detail here, the difference is that the first information input device 31 further sends a first control information 303 to the control-end computing device 51, and the control-end computing device 51 further has a first control execution module 513 The first control execution module 513 executes the first control information 303.
於該第二較佳實施例，該第一資訊輸入裝置31是一種具有聲音接收元件的鍵盤裝置，該第一資訊輸入裝置31可以對該控制端計算裝置51發出由該第一複雜裝置轉換之第一傳輸裝置(聲波)，更可以對該控制端計算裝置51發出該第一控制資訊303(鍵盤)，實際實施時，該第一資訊輸入裝置31可以是其它複合式資訊輸入裝置，不應以此為限。 In the second preferred embodiment, the first information input device 31 is a keyboard device with a sound receiving element, and the first information input device 31 can send to the control-side computing device 51 a conversion from the first complex device. The first transmission device (sound wave) may further send the first control information 303 (keyboard) to the control-end computing device 51. In actual implementation, the first information input device 31 may be another composite information input device and should not This is the limit.
該控制端計算裝置51之第一控制執行模組513可以直接執行該第一控制資訊303，該控制端計算裝置51之複雜資訊分類模組511將無法分析的資訊傳輸至該伺服端計算裝置61。 The first control execution module 513 of the control-side computing device 51 can directly execute the first control information 303, and the complex information classification module 511 of the control-side computing device 51 transmits information that cannot be analyzed to the server-side computing device 61 .
該控制端計算裝置51更具有一第一雜訊消除模組514，該伺服端計算裝置61更具有一第一雜訊消除模組514，該第一雜訊消除模組514消除該第一複雜資訊301之雜訊以成為該第二複雜資訊501，該第二雜訊消除模組614消除該第二複雜資訊501之雜訊以成為該第三複雜資訊 601。 The control-side computing device 51 further has a first noise cancellation module 514, and the server-side computing device 61 further has a first noise cancellation module 514. The first noise cancellation module 514 eliminates the first complexity. The noise of information 301 becomes the second complex information 501, and the second noise elimination module 614 eliminates the noise of the second complex information 501 to become the third complex information 601.
於該第二較佳實施例中，已消除雜訊之第二複雜資訊501與該第一複雜資訊301資料不同，已消除雜訊之第三複雜資訊601與該第二複雜資訊501資料不同，可以使該伺服端計算裝置61所分析的第三複雜資訊601較為簡單，而消除資訊為習知之簡單技術，該第一雜訊消除模組514及該第二雜訊消除模組614並不會增加該控制端計算裝置51及該伺服端計算裝置61的工作壓力，還能使該伺服端計算裝置61分析的資料較為簡單。 In the second preferred embodiment, the noise-removed second complex information 501 is different from the first complex information 301, and the noise-removed third complex information 601 is different from the second complex information 501. It is possible to make the third complex information 601 analyzed by the server-side computing device 61 relatively simple, and eliminating information is a simple and well-known technique. The first noise cancellation module 514 and the second noise cancellation module 614 do not Increasing the working pressure of the control-side computing device 51 and the servo-side computing device 61 can also make the data analyzed by the server-side computing device 61 simpler.
值得一提的是，該第一雜訊消除模組514可以部分解析該第一複雜資訊301，將可以解析的資訊提出，並將無法解析的資訊交給該複雜資訊分類模組511產生該第二複雜資訊501。該第二雜訊消除模組614可以部分解析該第二複雜資訊501，將可以解析的資訊提出，並將無法解析的資訊交給該複雜資訊解析模組611進行分析。 It is worth mentioning that the first noise elimination module 514 can partially parse the first complex information 301, present the parseable information, and give the unparseable information to the complex information classification module 511 to generate the first Two complex information 501. The second noise cancellation module 614 can partially analyze the second complex information 501, present the information that can be analyzed, and pass the unparsed information to the complex information analysis module 611 for analysis.
參閱圖11、12、13，為本發明一種分析電腦周邊生態複雜資訊的控制系統之一第三較佳實施例，該第三較佳實施例與該第二較佳實施例大致相同，相同之處於此不再詳述，不同之處在於該第三較佳實施例更包含一第二資訊接收單元4。 11, 12 and 13, it is a third preferred embodiment of a control system for analyzing ecologically complex information around a computer according to the present invention. The third preferred embodiment is substantially the same as the second preferred embodiment. It will not be described in detail here, except that the third preferred embodiment further includes a second information receiving unit 4.
該第二資訊接收單元4包括至少一與該控制端計算裝置51電連接之第二資訊輸入裝置41，該第二資訊輸入裝置41對該第二資訊輸入裝置41輸出一第二控制資訊401。 The second information receiving unit 4 includes at least a second information input device 41 electrically connected to the control-end computing device 51. The second information input device 41 outputs a second control information 401 to the second information input device 41.
該第二資訊輸入裝置41選自於鍵盤、滑鼠、觸控板、耳機、音箱、水冷系統、冷卻風扇、電源驅動、記憶晶片、等可直接輸出第二控制資訊401的元件，該控制端計算裝置51不必對該第二控制資訊401進行分析，可直接執行。 The second information input device 41 is selected from a keyboard, a mouse, a touchpad, headphones, a speaker, a water cooling system, a cooling fan, a power driver, a memory chip, and other components that can directly output the second control information 401. The control terminal The computing device 51 does not need to analyze the second control information 401 and can directly execute it.
該伺服端計算裝置61更具有一控制資訊整合模組515，用以整合該第一控制資訊303、該第二控制資訊401，及該伺服端控制資訊602。 The server-side computing device 61 further has a control information integration module 515 for integrating the first control information 303, the second control information 401, and the server-side control information 602.
值得一提的是，該控制資訊整合模組515也可以針對複數之第一控制資訊303、複數之第二控制資訊401，及複數之伺服端控制資訊602分別進行整合，舉例來說，早期以鍵盤按鍵配合滑鼠按鍵可對電腦發出一指令。 It is worth mentioning that the control information integration module 515 can also integrate the plurality of first control information 303, the plurality of second control information 401, and the plurality of server-side control information 602, for example, Keyboard keys and mouse keys can give an instruction to the computer.
而以本發明來說，當該第一資訊輸入裝置31為一影像擷取裝置及一聲音擷取裝置，該複雜資訊分類模組511將該二第一資訊輸入裝置31之第一複雜資訊301轉成第二複雜資訊501，在於該伺服端控制裝置61形成二第三複雜資訊601，該複雜資訊解析模組611分析該二第三複雜資訊601取得二伺服端控制資訊602，當該控制端計算裝置51取得該二伺服端控制資訊602後，該控制資訊整合模組515進行整合以成為一控制端控制資訊503，實際實施時，該控制資訊整合模組515依據程式的要求來整合複述數位控制資訊，不應以此為限。 According to the present invention, when the first information input device 31 is an image capture device and a sound capture device, the complex information classification module 511 combines the first complex information 301 of the two first information input devices 31. The second complex information 501 is converted into the second and third complex information 601 by the server-side control device 61. The complex information analysis module 611 analyzes the second and third complex information 601 to obtain the second server-side control information 602. After the computing device 51 obtains the two server-side control information 602, the control information integration module 515 integrates to become a control-end control information 503. In actual implementation, the control information integration module 515 integrates the repetitive digits according to the requirements of the program. Control information should not be limited to this.
該第一資訊輸入裝置31也可以是設置於滑鼠中的電子陀螺儀感測元件，用以偵測該滑鼠的傾斜角度， 在對該控制端計算裝置中所運算的遊戲程式發出該控制端控制資訊503。 The first information input device 31 may also be an electronic gyroscope sensing element disposed in a mouse, for detecting the tilt angle of the mouse. The control program control information 503 is sent to a game program calculated in the control terminal computing device.
除此之外，該控制端計算裝置51也可以對該第二控制資訊41發出該控制端控制資訊503，舉例來說，當電腦長時間滿載工作，工作溫度會逐漸升高，使用者可以透過手勢，直接控制冷卻系統的運作，或是降低電腦的工作量，直到工作溫度恢復正常。 In addition, the control-end computing device 51 can also send the control-end control information 503 to the second control information 41. For example, when the computer is fully loaded for a long time, the operating temperature will gradually increase, and the user can Gestures directly control the operation of the cooling system, or reduce the workload of the computer until the operating temperature returns to normal.
由上述說明可知，本發明分析電腦周邊生態複雜資訊的控制系統確實具有下列功效： As can be seen from the above description, the control system for analyzing ecologically complex information around a computer according to the present invention does have the following functions:
一、個人端建構成本低： First, the personal construction cost is low:
該控制端計算裝置51為個人端電腦，於本發明中並不需要進行大數據的資料運算及比對，因此不需要耗費大量的成本建構高效率的電腦裝置，也不需要以大容量的儲存裝置儲存大數據，該控制端計算裝置51建構成本低。 The control-end computing device 51 is a personal computer. In the present invention, there is no need to perform data calculation and comparison of big data. Therefore, it is not necessary to construct a high-efficiency computer device by consuming a large amount of cost, nor does it need a large-capacity storage. The device stores big data, and the control-end computing device 51 has a low construction cost.
二、取得正確及快速的結果： Get the right and fast results:
該伺服端計算裝置61為高效率的伺服裝置，並具有可儲存大數據的伺服端資料庫模組612，在目前網路資訊傳輸速度及快的基礎上，該伺服端計算裝置61可取得快速及正確的伺服端控制資訊602，並傳輸至該控制端計算裝置51。 The server-side computing device 61 is a high-efficiency servo device, and has a server-side database module 612 that can store large data. Based on the current network information transmission speed and fast, the server-side computing device 61 can obtain fast And the correct server-side control information 602 is transmitted to the control-side computing device 51.
三、分析電腦周邊生態： Third, analyze the computer surrounding ecology:
該第一資訊輸入裝置31可以將電腦周邊生態，如聲音的變化、影像的變化、氣流的變化、日照的變 化、溫度的變化、震動的變化等轉換成該第一複雜資訊301，該伺服端計算裝置61以大數據分析取得正確的反應及結果。 The first information input device 31 can change the ecology of the computer surroundings, such as changes in sound, changes in images, changes in airflow, and changes in sunlight. Changes in temperature, changes in temperature, changes in vibration, etc., are converted into the first complex information 301, and the server-side computing device 61 obtains correct responses and results through big data analysis.
綜上所述，本發明之控制端計算裝置51不僅可以直接執行該第一資訊輸入裝置31及該第二資訊輸入裝置41所發出之第一控制資訊303及第二控制資訊401，更可以將無法分析之第一複雜資訊301交給該伺服端計算裝置61分析，以取得正確及快速的控制端控制資訊503，有效降低該控制端計算裝置51的建構成本，令使用者有能力購買具有分析電腦周邊生態變化的控制端計算裝置51，故確實可以達成本發明之目的。 In summary, the control-side computing device 51 of the present invention can not only directly execute the first control information 303 and the second control information 401 sent by the first information input device 31 and the second information input device 41, but also can use The first complex information 301 that cannot be analyzed is handed over to the server-side computing device 61 for analysis, so as to obtain correct and fast control-side control information 503, which effectively reduces the construction cost of the control-side computing device 51 and enables the user to purchase the analysis information. The control-end computing device 51 for ecological changes around the computer can indeed achieve the purpose of the invention.
惟以上所述者，僅為本發明之較佳實施例而已，當不能以此限定本發明實施之範圍，即大凡依本發明申請專利範圍及發明說明內容所作之簡單的等效變化與修飾，皆仍屬本發明專利涵蓋之範圍內。 However, the above are only the preferred embodiments of the present invention. When the scope of implementation of the present invention cannot be limited by this, that is, the simple equivalent changes and modifications made according to the scope of the patent application and the description of the invention, All are still within the scope of the invention patent.
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