35results about How to "Benefit optimization" patented technology

This invention provides various combinations of enzyme replacement therapy, gene therapy, and small molecule therapy for the treatment of lysosomal storage diseases.

One embodiment of the present invention provides a system for privacy-preserving sharing of data for secure collaboration. During operation, the system obtains a first set of data describing network events associated with one or more network addresses. Next, the system negotiates with a potential partner to determine a metric for deciding whether to share data. The potential partner is associated with a second set of data describing network events. The system then computes a value for the metric in a privacy-preserving way, based on the first set of data and the second set of data. Subsequently, the system determines whether the metric value exceeds a predetermined threshold, and, responsive to determining that the metric value exceeds the predetermined threshold, the system shares the first set of data with the potential partner, while controlling how the data should be shared to optimize benefits and risks of collaboration.

The invention relates to the field of ecological desilting, in particular to an integrated ecological desilting design method for large and medium-sized reservoirs. The integrated ecological desilting design method for the large and medium-sized reservoirs organically combines a series of construction methods of measurement, exploration, detection, desilting, dehydration drying and resource utilization and enables to the work benefit to achieve the optimum state. At present, no deep water desilting project for the large and medium-sized reservoirs exists in China, accordingly, the integrated ecological desilting design method has groundbreaking significance, and the design method has reference significance and has a guidance function for the future deep water desilting project of the large and medium-sized reservoirs. It is necessary for all links in the desilting process to exert respective advantages, the links seeming irrelevant are organically combined, thus, the working efficiency of the whole integrated ecological desilting construction technology is improved, the benefit of the whole technology system is optimized, and the unique feature of the method for treating deep water desilting operation aspects of the medium-sized reservoirs is reflected.

An apparatus and method for conferring a therapeutic current on the heart and adjacent vasculature from externally positioned electrodes is provided. The apparatus includes a first electrode, a second electrode and a current generator. The method includes applying an electric stimulus to the heart and maintaining the timing and/or level of current to prevent unwanted depolarization.

The invention discloses a method for realizing a self-adaptive routing protocol of a mobile sparse underwater acoustic sensor network. The method comprises the following steps: selecting a candidate set and an optimal relay node: determining the candidate relay set with qualification for forwarding data based on depth and sustainability, evaluating node quality by using a multi-metric decision theory, and dynamically determining the optimal relay point of each node in a distributed manner; dynamic updating: updating routing information in real time by combining factors such as paths, node degrees and residual energy so as to estimate uncertainty of delivery of the mobile sparse underwater acoustic sensor network; performing data forwarding: forwarding the data by the node with the highestpriority, monitoring and waiting by other nodes, and determining a strategy of whether to forward the data or not when the time expires until the data packet reaches a sea surface receiving point; theproblems of communication holes and low delivery rate caused by sparse node deployment and random movement and hotspots caused by excessive use of part of nodes in an underwater acoustic sensor network are solved, and the data packet delivery rate, link continuity and energy load balance are improved.

The invention discloses a constant temperature control intelligent load combined optimization method. The method comprises the following steps: firstly, a user electric water heater required temperature scope, a user air-conditioning required temperature, time-of-use power price data and user electric water heater water quality are collected; secondly, an electric water heater working period is determined; thirdly, a correlation model of an electric water heater and an air-conditioning required temperature is established; the correlation model is used to obtain an optimal control strategy of lowest electric water heater and air-conditioning power consumption total cost. The correlation among user (temperature) demands of constant temperature control intelligent loads with different kinds is considered integratedly, and overall optimization containing power consumption cost and (temperature) demands is achieved.

This invention relates to methods comprising administering to a subject a dietary composition for modifying cellular metabolism, metabolic production of reactive oxygen species and the resulting level of reactive oxygen species. The invention is drawn to a method comprising a combination of carnitine, lipoic acid and polyphenol, which has the effect of enhancing metabolism and reducing oxygen species at the same time. The invention is also drawn to a method of oral administration of carnitine, lipoic acid and polyphenol to a mammalian host, at an effective dose necessary to affect enhanced metabolic processes and reduced oxygen species in animals including humans.

The invention discloses an active power distribution network economic operation method for distributed energy interaction consumption. The method comprises when the total power generation amount and the total electricity consumption amount are not balanced, and the actual value of the electricity consumption of the current time period of a distributed energy resource deviates from the day-ahead planning amount, calculating the cost of the distributed energy resource for asking other distributed energy sources in the active power distribution network to consume the power deviation value deviating from the day-ahead planning amount; receiving the consumption response price fed back by the distributed energy resource for consuming the power deviation value, and generating an interactive operation scheme by adopting the consumption response price less than the cost; calculating the actual economic benefit generated by the interactive operation scheme by means of a constructed active powerdistribution network interactive operation economy model; performing safety verification on the interactive operation scheme with the optimal actual economic benefit by adopting the operation parameters of the active power distribution network; and when the interactive operation scheme of the optimal actual economic benefit meets the safety verification, controlling the active power distribution network to operate by adopting the interactive operation scheme.

The invention discloses a constrained multi-objective optimization wind power plant power control method. The method comprises the following steps: a, acquiring the actual output power Preal of a windpower plant at the current moment; b, generating a multi-objective optimization control instruction v; c, determining an adjustable power constraint range of each fan; d, setting a fan control efficiency matrix B; e, judging whether the dispatched and issued power output instruction is executable or not, if yes, executing the step f, and otherwise, returning to the step a; f, establishing an objective function J which contains constraint conditions and can optimize a plurality of objectives at the same time; g, solving the target function J by using a swarm intelligence algorithm to obtain anoptimal solution u which meets constraint conditions and an optimization target at the same time to serve as a power output instruction of each fan; and h, after the wind turbine generator executes the instruction action, returning to the step a. According to the constrained multi-objective optimization wind power plant power control method provided by the invention, a plurality of optimization objectives can be set at the same time, and an optimal power control scheme is obtained, so that the income obtained by the wind power plant is optimized.

The invention discloses an intelligent city operation method and system based on a multi-source task line, and the method mainly comprises: splitting any one data analysis and operation demand in theoperation of an intelligent city into a local calculation task line and one or more cloud calculation task lines; according to the principle of optimal utility, determining the data calculation amountand the calculation thread number of the cloud server, and further determining the number of task threads which can be borne by the cloud server and the expected completion time of the task threads;and distributing the split cloud computing task line to a proper cloud server according to a mode of maximizing and paralleling the local computing task line and the cloud computing task line requiredby a data analysis operation. The system mainly comprises a cloud server, a local terminal, a task scheduling controller and a coordinator. Through the system and the method, the calculation task isexecuted by multi-task line calculation, the calculation and transmission efficiency is improved, and the overall benefit is maximized.

A processor may receive first account state data for a first account associated with an account holder and second account state data for a second account associated with the account holder. The processor may automatically cause a transfer of value between the first account and the second account, the transfer causing a change in the first account's value and a change in the second account's value. The processor may detect a user-initiated transfer of value involving at least one of the first account and the second account. Using a reinforcement learning algorithm, the processor may evaluate the automatically-executed transfer of value and the user-initiated transfer of value to determine an effect of the automatically-executed transfer of value. The processor may store and/or modify a transfer policy in the at least one memory according to the effect of the automatically-executed transfer of value.

The invention provides an organization sharing system and method based on a main production place supply chain enterprise, and belongs to the technical field of information sharing. The sharing system comprises an organization sharing cloud platform, and a plurality of production enterprise user sides, a plurality of middleman user sides and a plurality of downstream provider user sides which are respectively and independently butted with the organization sharing cloud platform, wherein the organization sharing cloud platform further comprises a revenue optimization algorithm module; each of the production enterprise user sides, the middleman user sides and the downstream provider user sides is provided with a registration module, an income sharing contract signing module, a sharing information input module and an income comparison module; the main production place supply chain enterprises comprise production enterprises, middlemen and downstream providers. According to the method, a main production place supply chain enterprise sharing cloud platform is established, the organization boundary of an enterprise management system is broken through, upstream and downstream enterprises are linked, scientific calculation is carried out through an income optimization algorithm module, and thus the income of all parties and the overall economic benefit are improved.

The invention provides a mounting base for mounting an automobile back door gas spring, and belongs to the technical field of automobiles. The mounting base comprises a reinforcing plate and an extension plate, wherein the reinforcing plate comprises a base plate, a connecting plate and a step plate, a plurality of gas spring mounting holes are formed in the base plate at intervals, one side edgeof the base plate is connected with one side edge of the connecting plate, the other side edge of the connecting plate is connected with one side edge connected with the step plate, and one end of theconnecting plate protrudes out of the base plate and the step plate to extend to form protruding convex extension part; one end of the extension plate is fixed on the convex extension part, and the other end of the extension plate extends along the extension direction of the connecting plate in the same direction; the base plate, the connecting plate, the step plate and the extension plate are all welded to a back door inner plate. By means of the mounting base, the manufacturing cost can be greatly reduced while the rigidity is guaranteed.