Enhancing Online Game Network Traffic Optimization for Improved Performance
ONLINE GAME NETWORK
TRAFFIC OPTIMIZATION
Jaewoo kim
Youngho yi
Minsik cho
INTRODUCTION
•
Optimizing Online Game Traffic
•
Interested in Improving poor network performance
•
Contributing open source project
•
Game: Speed Dreams 2
•
Open source motorsport simulation and racing game
•
Released under the GNU General Public License (GPL)
•
C++, OpenGL
•
ENet: network Library
CURRENT ISSUES
•
Speed Dreams 2 provides very poor network game
experience
•
Lags and Disconnection occurs frequently
•
Speed Dreams 2 broadcasts packets as much as it can
•
One instance is responsible for all network connection
•
Speed Dreams 2 always uses the same port (28501) for p2p
•
This prevents us from running many instances on the same
computer for testing purpose
•
In addition, if other process has already used 28501 port, then the
user cannot play network mode
•
Some of bug needed to be fixed in the overall game code
OPTIMIZATION
•
Modifying Architecture for stable network environment
•
Currently host client acts as server and client
Centralized P2P in order to
support massive users
•
Game State Management
•
Traffic occurs between all players even farthest players.
•
Define “Interest area” Remove unnecessary traffic
by applying interest management
•
Multicast only within the same area, as player moves,
the interest area is constantly updated
•
Sending packets too often between clients
•
Will decrease number of packets per second
•
Also reducing amount of packets by compressing packets
EVALUATION
•
Ultimate goal is proving a quality gaming experience
with optimization techniques
•
Comparison through recorded videos between current
and improved version of Speed Dreams 2
•
Metrics to measure the performance
•
Delay Variation (Jitter)
•
Ping (Latency)
•
Packet Loss Rate
•
Bandwidth
DEVELOPMENT/EXPERIMENT
•
Used open source project, Speed Dreams 2
•
Bugs fixes
•
Solved assigning port number problem to instances on a same
client -> port number is assigned dynamically
•
Defined Metrics to evaluate
•
Applied techniques:
•
Interest Management
•
Data compression / Decreasing number of packets
•
Will test network performance using metrics
•
Will adjust parameters and slightly modify network architecture
Thank you
Explore the optimization of online game traffic for enhanced user experience by addressing current issues like lags and disconnections in Speed Dreams 2. Learn about modifying the network architecture, implementing interest management, data compression, and evaluation metrics for a stable gaming environment. The ultimate goal is to provide a quality gaming experience through optimization techniques and performance measurements.
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Presentation Transcript
ONLINE GAME NETWORK TRAFFIC OPTIMIZATION Jaewoo kim Youngho yi Minsik cho
INTRODUCTION Optimizing Online Game Traffic Interested in Improving poor network performance Contributing open source project Game: Speed Dreams 2 Open source motorsport simulation and racing game Released under the GNU General Public License (GPL) C++, OpenGL ENet: network Library
CURRENT ISSUES Speed Dreams 2 provides very poor network game experience Lags and Disconnection occurs frequently Speed Dreams 2 broadcasts packets as much as it can One instance is responsible for all network connection Speed Dreams 2 always uses the same port (28501) for p2p This prevents us from running many instances on the same computer for testing purpose In addition, if other process has already used 28501 port, then the user cannot play network mode Some of bug needed to be fixed in the overall game code
OPTIMIZATION Modifying Architecture for stable network environment Currently host client acts as server and client Centralized P2P in order to support massive users Game State Management Traffic occurs between all players even farthest players. Define Interest area Remove unnecessary traffic by applying interest management Multicast only within the same area, as player moves, the interest area is constantly updated Sending packets too often between clients Will decrease number of packets per second Also reducing amount of packets by compressing packets
EVALUATION Ultimate goal is proving a quality gaming experience with optimization techniques Comparison through recorded videos between current and improved version of Speed Dreams 2 Metrics to measure the performance Delay Variation (Jitter) Ping (Latency) Packet Loss Rate Bandwidth
DEVELOPMENT/EXPERIMENT Used open source project, Speed Dreams 2 Bugs fixes Solved assigning port number problem to instances on a same client -> port number is assigned dynamically Defined Metrics to evaluate Applied techniques: Interest Management Data compression / Decreasing number of packets Will test network performance using metrics Will adjust parameters and slightly modify network architecture
