35results about How to "Increase the amount of resources" patented technology

Certain embodiments enable resources assigned or allocated to an operating virtual machine (VM) to be modified while the VM is operating and without having to stop, restart, or reboot the VM. The modification may correspond to increasing or decreasing the amount of a resource being assigned to the VM. In this manner, resources assigned to a VM at the time of creation of the VM are not static and can instead be dynamically changed while the VM is operating without having to stop, reboot, or restart the VM. In some embodiments, the changes to the resources allocated to one or more VMs provided for a user (e.g., a customer) may be made according to or in response to a Service Level Agreement (SLA) entered into by the user, in response to an event such as a failover or switchover event, and the like.

Systems and methods are disclosed for monitoring and managing data transactions, such as SQL transactions. In certain examples, a management subsystem generates an alert identifying degrading database transactions to facilitate preventative tuning or other maintenance. In particular, a monitor module tracks performance measurements (e.g., logical reads) of select transactions. A modeler correlates the performance measurements and assigns first performance model(s) to represent the performance measurements and predicted performance measurements of a particular transaction. A trend change module detects a significant change in a trend and/or variance of the performance measurements and can cause the modeler module to generate a second performance model to represent at least a portion of the performance measurements and the predicted performance measurements of the particular transaction. An interface module triggers an alert when the second performance model indicates that the predicted performance measurements of the particular transaction are degrading at or above a threshold rate.

The invention discloses a biological permeability-increasing method for a coal reservoir, which comprises the following steps in turn: (1) selecting a middle/low-class coal reservoir; (2) forming a channel for injecting liquid into the coal reservoir in a drilling mode or other mode; (3) selecting and culturing microorganism strains suitable for an anaerobic environment and capable of effectively utilizing coal; (4) injecting the nutrient liquid containing the microorganism strains into the coal reservoir in a hydraulic fracturing mode or other mode; (5) confirming shutdown time of a well according to the difference of the coal rank; (6) organizing the subsequent production according to the conventional coal-bed gas well draining extraction or gas extraction process; and (7) checking an effect. A permeability-increasing technology for the coal reservoir is a key point for the coal bed gas resource development and the coal mine gas treatment. The invention provides the permeability-increasing technology utilizing the biotechnology for the middle/low-class coal reservoir; the coal is degraded by the microorganisms, so that the purpose of increasing the permeability of the coal reservoir is achieved; and the biological permeability-increasing method for the coal reservoir has a significance in promoting the coal bed gas resource development and the coal mine gas extraction.

A method quantifies compliance risk management effectiveness at a point in time and over time. A computer-implemented method for doing so creates a graphical display of compliance exceptions identified within the organization over time and displays a plot or curve for each source that identified the compliance exceptions. The graphical display may include: an audit function plot; a business line plot; a compliance function plot; and/or a regulator plot. An apparatus for monitoring and analyzing compliance risk in includes a database, a processor and a graphical user interface. The database stores data regarding identified compliance exceptions. The processor weights each compliance exception and categorizes each source. The graphical user interface separately plots a resulting value of weighted compliance exceptions based on source.

A transmission device capable of reducing packet receiving errors and the number of retransmissions by improving error correction coding gain without increasing the amount of resources used in transmission. The transmission device (100) that transmits each bit of coded data constituted from systematic bits and parity bits in order for each transmission unit, and performs frequency puncturing to puncture, in units of symbols, data to be punctured in which each bit has been superimposed on a plurality of frequency domain symbols. A time puncturing unit (102) extracts transmission unit data from the coded data and a frequency puncturing unit (105) performs frequency puncturing in accordance with the ratio of parity bits to systematic bits included in the data.

A preparation method of biological fracturing fluid for coal bed methane wells comprises the following steps: (1) screening hydrogenogens and methanogens; (2) acclimatizing related bacteria; (3) enriching the bacteria to prepare A liquid and B liquid, that is, adding the hydrogenogens separated and extracted in laboratory into a culture medium for enrichment for 3-6 days, adjusting the pH to 6.5 to obtain the A liquid, adding the methanogens into another culture medium for enrichment for 20-30 days, adjusting the pH to 7 to obtain the B liquid; (4) adding the A liquid and the B liquid in order according to on-site parameters. The mixed-bacteria fermented biological fracturing fluid prepared in the invention has certain sand-carrying capability; the bacteria in the fluid have hydrogen-producing and methane-producing capability, can not only increase the coal reservoir permeability, increase the coal bed methane resource amount, but also realize automatic viscosity reduction, and facilitate flow back. Residual hydrogenogens and methanogens after flow back can transform coal reservoirs continuedly, and generate biogenic coal bed methane continuously.

The invention discloses a Yalong River schizothorax wangchiachii artificial proliferation and release method. The method includes the seven steps of parent fish selection, oxytocic injection, artificial insemination, zygote hatching, fish larvae breeding, advanced fry breeding and transport and release. Yalong River schizothorax wangchiachii has extremely high economic value. Artificial proliferation and release of Yalong River schizothorax wangchiachii are achieved, and influences of hydro-junctions on schizothorax wangchiachii populations can be effectively reduced. Besides, wild resource recovery is facilitated, basic resources are provided for biological study, and economic and environmental ecological benefits are great.

Data processing apparatus and methods are provided. One data processing apparatus comprises: a plurality of pipelined stages, each of the plurality pipelined stages being operable in each processing cycle to receive a group of data elements from an earlier pipelined stage; permute logic operable to buffer ‘n’ of the groups of data elements over a corresponding ‘n’ processing cycles thereby creating a bubble within pipelined stages, and forwarding logic operable, once the ‘n’ of the groups of data elements have been buffered by the permute logic, to forward permuted groups of data elements comprising the data elements reordered by the permute logic to fill the bubble within the pipelined stages. By forwarding the data elements to fill the bubble an improved throughput can be achieved and since a constant stream of data can be transformed without the need to increase the number of input or output registers required to support the permute logic, the need to duplicate the permute logic or the need to introduce any additional storage elements.

The method for nickel concentration processing, which is low cost, simple and convenient, as well as having low environmental load, which is capable of enhancing nickel content of a saprolite ore with low nickel content, which was not conventionally used effectively as a raw material of ferronickel smelting due to having low nickel content, to a level to be utilized economically as a raw material of ferronickel smelting.

The method is characterized by including the steps of the following (1) to (4).

• • (1) a saprolite ore is subjected to crushing processing to adjust the ore particle size to a size passing a sieve with an mesh opening of 50 mm.
  • (2) a crushed ore is subjected to dry-type grinding processing of the surface layer part by attrition.
  • (3) a ground ore is subjected to dry-type classification processing at a classification point to be selected from 0.5 to 2.0 mm, and then an ore portion having a particle size of equal to or smaller than the classification point is recovered as a nickel concentrate.
  • (4) an ore portion having a particle size over the classification point is subjected to dry-type gravity separation processing, and then an ore portion, having a specific gravity of equal to or smaller than 2.0, is recovered as a nickel concentrate.

The invention discloses an artificial proliferation and release method for Ya-lung river percocypris pingi. The artificial proliferation and release method comprises seven steps of choosing a parent fish, injecting an oxytocic, artificially inseminating, hatching a fertilized egg, culturing a fry, culturing an advanced fry, and transporting and releasing. The method effectively implements proliferation and release of the Ya-lung river percocypris pingi, not only is the Ya-lung river percocypris pingi population recovered, but also the Ya-lung river percocypris pingi with a very high value gives play to a better economic benefit, and therefore, the method has quite high economic and environment ecological benefits.

A computer system that performs in dialogue with a user and provides a prescribed service, comprising: an imaging device; a computer; and a generation device generating dialogue content on a basis of an algorithm for generating dialogue content. The computer couples to a database that stores an authentication image used for an authentication process that uses an image. The computer calculates a distance between the user and the imaging device; executes an attribute estimation process in a case where the distance is larger than a threshold, selects the algorithm on the basis of results of the attribute estimation process, and issues a notification of the selected algorithm to the generation device.

The invention discloses a method for producing aluminum oxide by virtue of acid treatment of a low-aluminum mineral. The method comprises the following steps: (1) milling the low-aluminum mineral until the particle size is 200 meshes to obtain aluminum mineral powder; (2) adding acid to dissolve the aluminum mineral powder to obtain an aluminum salt solution; (3) adding a hexafluoro-aluminate crystal into the aluminum salt solution to perform impurity removal, thereby obtaining a purified aluminum salt solution; (4) adding alkali metal fluoride into the purified aluminum salt solution, filtering and washing to obtain a crystal and a crystal mother solution; (5) adding alkali into the crystal to perform reaction, filtering and washing after the reaction to obtain crystal aluminum hydroxide and alkali metal fluoride, and returning the alkali metal fluoride to the step (4); and (6) filtering, washing, drying and calcining crystallized aluminum hydroxide to obtain aluminum oxide. The purity of the aluminum oxide prepared by the process provided by the invention reaches more than 98.5%, and the aluminum oxide contains extremely less impurities. The process provided by the invention can ensure that a lot of low-aluminum non-bauxite resources can be utilized.

The invention particularly relates to a bamboo broad-spectrum composite artificial fish nest. The problems that an existing artificial fish nest cannot meet soft media and hard media needed by fish spawning at the same time, the flood, storm and water flow resisting capacity is poor, and bait organisms cannot be provided are solved. The bamboo broad-spectrum composite artificial fish nest is composed of a fixed pile, a connecting pile, a hard medium artificial fish nest, a soft medium artificial fish nest, a connecting steel wire rope and a strapping tape. The hard medium artificial fish nest is formed by connecting a plurality of bamboo spawning base artificial fish nests on the connecting steel wire rope in series, and the soft medium artificial fish nest is formed by connecting a plurality of palm sheet bundle artificial fish nests on the connecting steel wire rope in series. The palm sheet bundle artificial fish nest is composed of palm sheet bundles and palm sheet bundle fixing rods. The bamboo broad-spectrum composite artificial fish nest is used for providing a spawning site for fishes laying viscous eggs.