Problem Statement means the brief description of the problem and the metric used to describe the problem and is an element within the electronic Application in the Department’s GMS which will be given a score.
Problem Statement means a concise statement defining the problem.
Problem Statement means the scoping document prepared by a Working Group, which details what the proposed Company Publication seeks to address, its proposed geographical and product scope and the proposed type of Company Publication;
Examples of Problem Statement in a sentence
This form is always required, however a Problem Statement may not.
Problem Statement Describe the problem that this activity and funding will address in one to two paragraphs maximum.Identify and discuss the principal barriers, key unresolved issues, and knowledge gaps that hinder the development and widespread use of the resource or the products of the proposed project in California.
I.4 RFP-004.1 Problem Statement (Oct 2006) Insert text of general statement of the purpose and scope of the work to be done, and time constraints under which the work must be done.
When the services of the Prime Consultant are desired, the Commission will provide the Prime Consultant with a letter-form Request for Task Order Assignment Proposal, with accompanying Task Order Assignment Agreement, Sample Key Project Milestone Deliverable Dates, Problem Statement, Sample Consultant’s Scope of Services, Sample Project Schedule, and Sample Fee Summary.
Stage 2: Application: Members of the Review Team will assess the applications based on the following criteria: Problem Statement Scope Detail the problems or needs facing the community/business to be assisted.
More Definitions of Problem Statement
Problem Statement will mean a statement of a contest problem in the form of and of sufficient complexity to be used in a TopCoder programming competition.
Problem Statement. The primary problems that present barriers to improving maternal and child health in Ndwedwe are the fragmentation of services and administrative systems and the rapidly escalating HIV/AIDS epidemic of emergency proportions. In addition, many problems that became established in the Project area during the apartheid era – poverty, migrant labor, poor nutrition and sanitation, etc. – have proven difficult to eradicate, and so the prevalence of traditional causes of childhood morbidity and mortality (particularly diarrhea, dysentery, and pneumonia) continues to be high. The NDCSP has been active in assisting the Department of Health (DOH) create a District Health System for Ndwedwe and introduce and pilot-test new, more efficient and equitable health care alternatives to integrate the delivery of services (i.e, IMCI). During Phase II, the NDCSP will work to ensure that management and clinical skills are adequate to sustain these new mandates, and that communities are fully integrated into this process.
Problem Statement. Many communities have a goal of 80% reduction in greenhouse gas emissions or carbon-neutrality by 2050, but state renewable energy portfolio mandates are not expanding enough to meet these goals. Community Choice Aggregation has the potential to be a game changer. Currently, though, most of these efforts outside of California - and all CCAs in Massachusetts - focus narrowly on customer financial savings. In some cases, CCAs include retail purchases of renewable energy credits, often low-quality national wind renewable energy credits (RECs). They focus very little on distributed energy. There is an opportunity for much more aggressive efforts using Community Choice Aggregation 3.0 to focus on GHG reductions, especially local GHG reductions, by expanding local distributed energy resources (supply and storage), ensuring additionality- new green energy sources not simply using existing green energy supplies, increasing wholesale energy purchases, and reshaping and decreasing peak loads. The proposed action is to fill the information gaps by informing business and legal implementation plans to create a successful municipal aggregation program focused on GHG reductions. Specifically, we will identify the deeper opportunities of using CCA 3.0 to fund local distributed energy resources, explore wholesale power purchases, reduce peak energy use and capacity charges, and capture those savings for deeper GHG reductions.
Problem Statement. A core problem causing a lack of reliable electricity supply in Kosovo is that demand significantly outstrips supply .
Problem Statement. California has enacted several laws that eliminate diversion credits for green waste when placed in landfills and requiring the diversion of organic waste from landfills. The only approved alternative methods are composting and anaerobic digestion (AD). While composting may be an effective solution for small quantities of organic wastes, it has limited markets and is not a viable alternative for most of the materials diverted from landfills, particularly in California’s major metropolitan areas. CalRecycle estimates that 50-100 new facilities will be required statewide to handle the organic wastes that can no longer be landfilled under the state regulations now in effect. Both food and green/landscaping wastes, which face new recycling mandates, make abundant feedstocks for AD to produce sustainable transportation fuels. The primary obstacle to the widespread adoption of AD is its cost as compared to landfilling. This is exacerbated by the relatively poor carbon-to-methane conversion rates of conventional AD technology, particularly for highly cellulosic wastes like curbside collected green and landscaping wastes. This project will resolve principal barriers, key issues, and knowledge gaps that hinder the development and widespread use of AD in the production of renewable transportation fuels.
Problem Statement. The lack of EV charging infrastructure in rural areas of California is one of the most significant barriers to rural EV adoption. Additionally, lack of accessible charging stations along major routes of travel can hinder EV adoption. The City of Xxxxxxxx is well-situated to address both of these barriers to help meet California’s statewide EV adoption goals.
Problem Statement. For a given source model (X1, X2, Z) with known distribution PX1X2Z , what is the WSK capacity. CWSK(X1, X2|Z) =?