54results about How to "No hardware cost" patented technology

The invention discloses an application reminding method and device. The method comprises following steps: receiving reminders generated by applications; keeping operation of foreground applications when applications for generating reminders are background applications and displaying reminding semi-transparent interfaces on interfaces of the foreground applications. The application reminding method and device can help solve the problem in the prior art that adverse user's experience and influence are caused by application-induced reminders.

The present invention relates to an on-line soft measurement method of pH value and H2SO3 concentration in polyacrylonitrile polymerization system under the sodium-chlorate-sodium bisulfite initiating system. It is characterized by that it utilizes the simulation experiment of NaClO3-NaHSO3 oxidation-reduction initiating system under the condition of operation in the course of acrylonitrile polymerization to make the obtained experiment result undergo the processes of mathematical regression and normalization treatment to obtain an integrated quantitative mathmatical expression formula of 5 operation variable quantities and pH value and H2SO3 concentration in said polymerization system: in which (ci, i=1,2,...4) and D (di, i=1,2,...4) are moded fitting parameter vector, lambda (lambda i, i=1,2,...4) and gamma (gamma i i=1,2,...4) are model fitting parameter matrix x is input vector, i.e. operation variable quantity, after calculation, the real time result of pH value and H2SO3 concentration in the acrylonitrile polymerization system can be obtained.

The invention discloses a binding method based on an open intelligent gateway platform user account and a gateway device, including: S1: the gateway device connects to the access server; S2: the gateway device sends device information to the convergence center server; S3: the convergence center server communicates with the gateway device Perform verification; S4: The aggregation center server has successfully verified, and sends the information of successful verification to the access server; S5: The access server sends a message of successful registration to the gateway device S6: The distribution server assigns the user equipment to the aggregation center server S7: User The device is connected to the gateway device; S8: the user device sends an authentication request, and the gateway device authenticates the authentication request; S9: the gateway device authenticates successfully, and replies to the user device "binding successful". The invention solves the problem of poor compatibility of the open and extensible platform with gateway equipment, and realizes unified and centralized user management.

The invention discloses a hardware framework for matrix inversion in large-scale MIMO linear detection. The hardware framework comprises a pre-computation module and a matrix inversion sub-module, wherein the pre-computation module comprises a lower triangular pulse multiplier, an adder, a conjugate transpose module, a reciprocal module, a negation module and a vector multiplier, the lower triangular pulse multiplier is respectively connected with the adder and the conjugate transpose module, the adder is connected with the vector multiplier through the reciprocal module and the negation module sequentially, the conjugate transpose module is connected with the vector multiplier, the matrix inversion sub-module is of an IIR filter structure, and the vector multiplier and the reciprocal module are respectively connected with the matrix inversion sub-module. The invention further provides a method for matrix inversion in large-scale MIMO linear detection. By the hardware framework and the method, computation complexity and hardware cost are lowered greatly, optional precision accuracy can be obtained by iterative computation, high flexibility is provided, extra hardware cost is avoided, and good compatibility is achieved.

The invention discloses a method for visually controlling video equipment applied to a switch, including (S10) a single switch using the ONVIF protocol to identify the video monitoring equipment directly connected to it; (S20) enabling remote calls to obtain other switches connected Video monitoring device information; (S30) Obtaining rtsp messages to identify the storage device and the relationship between the video monitoring device and the storage device; (S40) The switch visually displays the identified result. The present invention is ingeniously conceived, effectively utilizes the ONVIF and rtsp protocols to identify the video monitoring equipment and storage equipment connected to the switch, and can obtain the state of the corresponding equipment, the port position and the relationship between the equipment in real time, and the present invention is convenient Management can maintain a many-to-many relationship, which helps network managers to quickly configure the network and locate network faults. It has high practical value and promotion value.

The invention relates to an identity authentication method, device and system. The method comprises the following steps that: a client sends a request for authenticating an account number to a server; the server judges whether the client has a large file; if the client has the large file, the server judges whether the account number is bound with the large file; if the account number is bound with the large file, the identity authentication is directly carried out; if the account number is not bound with the large file, the account number is bound with the large file and then the identity authentication is carried out; and if the client does not have the large file, the client is initialized to generate the large file, then the account number is bound with the large file, and finally, the identity authentication is carried out. According to the method disclosed by the invention, only by generating the large file at the client at one time and binding the account number, the authentication step can be automatically carried out by the system if a user uses the account number to log in from the same client in future; no hardware cost is generated; the whole authentication process is unnecessary to be interacted with the user; the method is very convenient; and the safety protection to the account number of the user is realized.