Abstract: Technologies relating to determining data variable dependencies to facilitate code execution are disclosed. An example method includes: identifying a set of programming statements having a plurality of data parameters; identifying first data parameters associated with a first programming statement in the set of programming statements; determining one or more parameter dependencies associated with the first data parameters; and determining, based on the one or more parameter dependencies, a first execution performance of the first programming statement. The method may further include: determining a second execution performance of the second programming statement and scheduling execution of the first programming statement and of the second programming statement based on the first and second execution performances.

Abstract: Systems and methods for matching data variables across different data domains are disclosed. An example method includes: identifying a first data parameter included in a first programming statement; selecting a mapping file that includes one or more mappings between parameters associated with in a first type of programming language and parameters associated with in a second type of programming language. The second type of programming language is different form the first type of programming language. The example method further includes identifying, based on the one or more mappings, second one or more data parameters associated with a second programming statement; receiving a user section of the first data parameter; and responsive to the user section, presenting the second one or more data parameters to a user.

Abstract: A COA array substrate includes a base substrate, a TFT layer disposed on the base substrate, a pixel electrode layer and black matrixes disposed on the TFT layer, and a quantum dot color filter film disposed on the pixel electrode layer. The quantum dot color filter film is formed through electrochemical deposition applied to a mixture of quantum dots dispersed in electrolyte including chitosan. Through application of a voltage, chitosan brings the quantum dots to deposit on the TFT layer.

Abstract: A COA array substrate includes a base substrate, a TFT layer disposed on the base substrate, a pixel electrode layer and black matrixes disposed on the TFT layer, and a quantum dot color filter film disposed on the pixel electrode layer. The quantum dot color filter film is formed through electrochemical deposition applied to a mixture of quantum dots dispersed in electrolyte including chitosan. Through application of a voltage, chitosan brings the quantum dots to deposit on the TFT layer.

Abstract: The present disclosure provides a method for manufacturing a COA array substrate and a COA array substrate. The method for manufacturing a COA array substrate according to the disclosure utilizes properties of a pixel electrode pattern on the TFT substrate and solubility of chitosan varying according to different pH values to form a quantum dot color filter film containing red filter layers, green filter layers, and blue filter layers on the TFT substrate by electrochemical deposition, quantum dots are dispersed in the electrolyte before formed to be a film, only one property change is that concentration of quantum dots in the electrolyte decreases, the electrolyte can be recycled after being supplied with quantum dots, which can achieve 100% utilization of quantum dots.

Abstract: Systems and methods for matching data variables across different data domains are disclosed. An example method includes: identifying a first data parameter included in a first programming statement; selecting a mapping file that includes one or more mappings between parameters associated with in a first type of programming language and parameters associated with in a second type of programming language. The second type of programming language is different form the first type of programming language. The example method further includes identifying, based on the one or more mappings, second one or more data parameters associated with a second programming statement; receiving a user section of the first data parameter; and responsive to the user section, presenting the second one or more data parameters to a user.

Abstract: Technologies relating to determining data variable dependencies to facilitate code execution are disclosed. An example method includes: identifying a set of programming statements having a plurality of data parameters; identifying first data parameters associated with a first programming statement in the set of programming statements; determining one or more parameter dependencies associated with the first data parameters; and determining, based on the one or more parameter dependencies, a first execution performance of the first programming statement. The method may further include: determining a second execution performance of the second programming statement and scheduling execution of the first programming statement and of the second programming statement based on the first and second execution performances.

Abstract: The disclosure provides a manufacturing method for COA substrate: utilizing PEDOT, PProDOT or PEDOT derivatives with or without doping with graphene, or PProDOT derivatives replaces traditional ITO to be conductive materials of pixel electrodes; quantum dots can be modified by ProDOT derivatives or EDOT derivatives which including carboxyl group, and quantum dot color filters of red filter layers, green filter layer and blue filters layers comprised on the TFT substrate are formed by the method of electric chemical deposition based on a property of the aforementioned two being able to polymerize under influences of electric field and pixel electrode patterns on the TFT substrate.

Abstract: The disclosure provides a manufacturing method for COA substrate: utilizing PEDOT, PProDOT or PEDOT derivatives with or without doping with graphene, or PProDOT derivatives replaces traditional ITO to be conductive materials of pixel electrodes; quantum dots can be modified by ProDOT derivatives or EDOT derivatives which including carboxyl group, and quantum dot color filters of red filter layers, green filter layer and blue filters layers comprised on the TFT substrate are formed by the method of electric chemical deposition based on a property of the aforementioned two being able to polymerize under influences of electric field and pixel electrode patterns on the TFT substrate.

Abstract: The present disclosure provides a method for manufacturing a COA array substrate and a COA array substrate. The method for manufacturing a COA array substrate according to the disclosure utilizes properties of a pixel electrode pattern on the TFT substrate and solubility of chitosan varying according to different pH values to form a quantum dot color filter film containing red filter layers, green filter layers, and blue filter layers on the TFT substrate by electrochemical deposition, quantum dots are dispersed in the electrolyte before formed to be a film, only one property change is that concentration of quantum dots in the electrolyte decreases, the electrolyte can be recycled after being supplied with quantum dots, which can achieve 100% utilization of quantum dots.