Transforming Static Capabilities in to Dynamic Assets
To provide integrated analytic decision support, UGG applies industry-leading operations research and data science modelling techniques, processes and technologies:
• Our use of Best-of-Breed software tools support our clients’ long-range strategic frameworks by quantifying descriptions of both current and desired end-states
• Our process defines policies, processes and standards across communities-of-interest
• Our assessments demonstrate the value of potential scenarios that optimise cost and content effectiveness
By providing strategic contexts of the impacts and effects of various prioritisation, trade-off and strategic budgeting scenarios at differing scopes, UGG’s analytic capacity extracts value from data, transforming stagnant collections into information assets.
Tailored and scaled specifically for each client, our analytic capacity provides powerful objective reinforcement to stakeholder efforts integrating, coordinating, collaborating and aligning programs, initiatives and resources within the enterprise.
Our mission is to deliver PRINCIPLED value to our clients and strategic partners, worldwide.
Over the past decade, researchers are lending an increasing amount of attention to the problems arising from the misuse of statistical methods to a variety of applications. An examination of the widespread mis-application of statistics across academic disciplines provides valuable information for the emerging class of data analysts. By examining these common hurdles, data analysts not only perfect their analytic craft through conscious and appropriate application of statistical techniques across a variety of problems, they contribute to an increased discernment among non-technical consumers of the oft-misinterpreted statistical insights. Especially given the abundance of statistical technologies, this increased discernment is a vital measure to reducing the various harms that emanate from misapplied methods and misinterpreted outcomes. The Problem of Statistics? Across applications of surgical research, psychotherapy research, and even litigation, the elementary application of statistical techniques falls prey to a ubiquitous […]
Emerging over the past century, the theory of strategic games has found increasing relevance across the fields of economics, political science, biology, psychology, computer science, operations research and decision analytics. This article provides a brief summary of the main concepts of game theory within their historical context. Using this foundation, we then explore game theory’s most relevant applications and their implications within the fields of data science and decision analytics.
Examining these terms and strengthening their distinctions helps to standardize a common lexicon across domains. This lexicon is an essential enabler of the growing discourse, research, discovery and application of data analysis techniques for solving real-world problems.
This concept model recommends a systems-level, top-down approach to #defense #supplychain management, which supports a holistic view of the joint services as an integrated #logistics chain.
Enabled by BI, data might now not only be called efficiently, but also combined effectively across systems to produce new innovative advantage. However, quality analytics depends upon quality data and a framework of data governance.