IP Library Assignment 030462/0135
Patent Assignment
Reel/Frame 030462/0135

Assignment of Assignor's Interest

Recorded: 2013-05-21 Received: 2013-05-21 Pages: 13
Assignor
OPNET TECHNOLOGIES LLC
Executed: 2013-04-01
Assignee
RIVERBED TECHNOLOGY, INC.
199 FREMONT STREET, SAN FRANCISCO, CA, 94105, UNITED STATES
Covered Properties (44)
Pendant
Application: 29/452,765 →
End-To-End Analysis of Transactions in Networks with Traffic-Altering Devices
Application: 12/623,592 →
Dedicated and Priority Based Allocation in Multi-Hop Wireless Systems
Application: 12/435,932 →
Selective Monitoring of Software Applications
Application: 12/176,325 →
Modeling and Simulating Flow Propagation in Dynamic Bandwidth Systems
Application: 11/941,186 →
Network Simulation and Analysis using Operational Forwarding Data
Application: 11/838,417 →
Performance Metric Collection and Automated Analysis
Application: 11/832,319 →
Assessing Network and Device Compliance with Security Policies
Application: 11/776,721 →
Identifying and Reporting Differences in Network Activity Data Files
Application: 11/776,708 →
User-Configurable Network Performance Monitors
Application: 11/678,595 →
Integrated debugging environment for a network simulation
Application: 11/506,650 →
Generation of a network topology hierarchy
Application: 11/506,651 →
Identifying and Analyzing Network Configuration Differences
Application: 11/505,228 →
Analyzing security compliance within a network
Application: 11/505,171 →
Capture, analysis, and visualization of concurrent system and network behavior of an application
Application: 11/505,176 →
Visualizing a complex network based on a set of objects of interest
Application: 11/503,555 →
Disparate network model synchronization
Application: 11/501,389 →
Automatic Estimation of Node Location Based on Trace Information
Application: 11/490,586 →
Tracking, analyzing, and visualizing application delay
Application: 11/358,538 →
Packet Tracing
Application: 11/180,878 →
Network Difference Reporting
Application: 11/180,888 →
Method and system for managing a distributed network of network monitoring devices
Application: 11/092,226 →
Method for Discovery and Troubleshooting of Network Application Usage and Performance Issues
Application: 11/001,985 →
Method and System for Grouping Diagnostic Information
Application: 10/937,986 →
Method for Prioritizing Grouped Data Reduction
Application: 10/923,576 →
Wireless Network Hybrid Simulation
Application: 10/923,214 →
Division of data structures for efficient simulation
Application: 10/914,602 →
System for automatic import, analysis, and reporting of network configuration and status information
Application: 10/912,704 →
Wireless Link Simulation with Generic Caching
Application: 10/821,558 →
Flow Propagation Analysis Using Iterative Signaling
Application: 10/325,148 →
System and Methods for Display of Time-Series Data Distribution
Application: 10/243,534 →
Method for Correlating Congestion to Performance Metrics in Internet Traffic
Application: 10/205,101 →
System and Methods for Adaptive Threshold Determination for Performance Metrics
Application: 10/198,689 →
Method for Real-Time Auto-Detection of Outliers
Application: 10/195,905 →
Method for Detecting Congestion in Internet Traffic
Application: 10/195,904 →
System and Method for Monitoring Performance Metrics
Application: 10/186,401 →
Simulation with Convergence-Detection Skip-Ahead
Application: 10/112,179 →
Monitoring and Control Engine for Multi-Tiered Service-Level Management of Distributed Web-Application Servers
Application: 09/682,324 →
Software Instrumentation Method and Apparatus
Application: 09/879,838 →
Method for Determining Network Congestion and Link Capacities
Application: 09/854,321 →
Method for Accelerating Tcp Flows in Communication Networks with Dynamic Control
Application: 09/846,452 →
Method for Reducing Packet Loss by Phase Transition Identification in Communication Networks
Application: 09/846,449 →
Method for Dynamical Identification of Network Congestion Characteristics
Application: 09/846,450 →
Method for Reducing Fetch Time in a Congested Communication Network
Application: 09/846,174 →