A Game Assessment Metric for the Online Gamer

Abstract

This paper describes a new game assessment metric for the online gamer. The metric is based on a mathematical model currently used for network planning assessment. Beside the traditional network-based parameters such as delay, jitter and packet loss, new parameters based on online players' game experience/knowledge are introduced. The metric aims to estimate game quality as perceived by an online player. Measurements can be achieved in real-time or near real-time and could be useful to both online game players and game service providers. In order to validate and calibrate the proposed metric a subjective game quality assessment is also proposed. Two 5-point scales are introduced: a game-quality scale and a game playing-effort scale. The mean average of each scales termed, as Mean Opinion Score (MOS), will indicate the game quality (MOSGQE) and the playing-effort required (MOSGPE). The results obtained using subjective tests are divided in two parts. The first part is used during the development and calibration of the proposed objective algorithm. The second part is used to validate the proposed algorithm. The algorithm's performance can be measured using Pearson correlation between the subjective and objective MOSGQE scores

Quality Evaluation Fuzzy Method of Automated Control Systems on the LMS Example

“…Denieffe et al [20] at presented game evaluation metrics for the online gamer. The hierarchy analysis method in this model evaluates the project quality.…”

Linking Software Development Phase and Product Attributes with User Evaluation: A Case Study on Games

“…Game metrics, on the other hand are still under development and it is not clear how well the proposed metrics, such as the player character's speed, movement, interaction, points obtained, spaces discovered in the game worlds, such as the number of active users on a social game, sales figures, revenue, etc., correlate with the end user satisfaction. So far, the studies on game user satisfaction focus on online games and investigate the effect of network latency [6,7].…”