Commandant for a Day: Preparing War Colleges for the Future
War colleges around the world have endured significant challenges over the past two years. COVID-19 has wreaked havoc on faculties as they wrestled with lockdowns and restrictions that tested the achievement of learning objectives.
To the credit of many, the show has gone on with minimal disruption. Yes, there have been a healthy dose of remote learning periods, but the lectures continued and the assignment deadlines remained largely untouched (much to the dismay of the students).
Streamlining Air Land Operations for Better Outcomes
Rethinking Strategies in Modern Urban Conflicts
The increasingly blurred line between state and non-state actors in tight urban warfare zones requires allied forces to have clearly defined and fully informed communication and command chains to minimise unintended consequences.
Joint Warfighting - The Impact of Assumption and Bias
Are aspects of the JMAP fundamentally flawed? In the absence of a complete intelligence picture, planners often make a series of assumptions. These are based on an unproven assessment of the adversary plan. Within these assumptions lie a series of unanswered questions relating to ‘intent’. This article explores how bias and assumption can impact on the planning process and complicate the successful attainment of the end-state.
Center of Gravity: What Clausewitz Really Meant (Part 1 of 2)
Part one of a two-part article written by Professor Joseph L. Strange, Marine Corps War College and COL Richard Iron, British Army.
This paper explores what Clausewitz really meant by the term “center of gravity”. The authors propose that he intended it to be a strength, either moral or physical, and a dynamic and powerful agent in its own right. The authors also suggest that the current Joint and NATO definition of center of gravity is incorrect, implying it to be a source of strength, and that this mis-definition has been responsible for much of the confusion about the concept that exists today.
Managing Assumptions in Planning and Execution
Capability Boost: Trials Demonstrate Enhanced ViDAR/ScanEagle Package
This article from Jane’s International Defence Review discusses the use of Visual Detection and Ranging (ViDAR) technology on the ScanEagle unmanned aerial system (UAS) platform to provide detection capabilities comparable to radar using Electrooptical (EO) and Infra Red (IR) sensors.
Redefining the Center of Gravity
COL Dale C. Eikmeier, USA (Ret.), is an Assistant Professor at the U.S. Army Command and General staff College. COL Eikmeier shares his thoughts on identifying Center of Gravity. This method will provide campaign planners with an analytical tool that will fulfil doctrinal intent.
Understanding Centers of Gravity and Critical Vulnerabilities (Part 2 of 2)
Part two of a two-part article written by Professor Joseph L. Strange, Marine Corps War College and COL Richard Iron, British Army.
This paper examines the role of centers of gravity in operational design, looking at the relationship between centers of gravity and critical vulnerabilities. It suggests an analytical model that joint warfighters and planners on both sides of the Atlantic can use to assist strategic and operational-level planning. The model helps to analyze existing and potential vulnerabilities of a center of gravity, and determine which of those could be especially critical.
Google Ponders the Shortcomings of Machine Learning
This article discusses Google’s AI research project Google Brain and DeepMind and their explanation for why, despite advances in computing power, machine learning still lags behind human cognitive skills, particularly the ability to “generalize beyond one’s experience”. The article describes the use of graphs of relationships to replicate neural networks as a potential area of future advancement in machine learning and artificial intelligence.
Future of Logistics Systems in Defence
Logistics! Its not something we usually think about. Not many people understand the concept, or its impact on the progress of society. It is the lifeblood of economy – of any home, organisation, city or country.
Artificial intelligence system uses transparent, human-like reasoning to solve problems
This article describes a method by which a computer can recognise objects using Transparency by Design Network (TbD-Net) developed at the MIT Lincoln Laboratory. Researchers have used human-like reasoning to develop an algorithm which they claim can outperform other visual recognition software and algorithms because humans can view its reasoning process to determine where and how it is making mistakes.