TRAFFIC ANALYSIS USING NETFLOW AND PYTHON
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Published:
2017-06-30
Issue Vol. 7 No. 2 (2017)
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TRAFFIC ANALYSIS USING NETFLOW AND PYTHON
5-7
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STUDY OF CONTROL INHOMOGENEITIES OF THE DIELECTRIC BETWEEN METAL PLANES OF MICROWAVE DEVICES IN PHASED ARRAY ANTENNAS
8-11
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OPTIMIZATION OF THE SOLAR COLLECTOR’S POSITION
12-14
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E-LABS – ADVANCED E-LEARNING
15-18
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WEB SERVER LATENCY REDUCTION STUDY
19-23
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TOPOGRAPHY DEPENDENT VERTICAL WIND DISTRIBUTION ESTIMATION
24-27
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SYSTEM FOR VEHICLE ROUTING PROBLEM ALGORITHMS ANALYSIS
28-31
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DEVELOPMENT OF THE INTERNET OF THINGS IN POLAND WITH SPECIAL CONSIDERATION OF THE SOCIETY’S AWARENESS OF THE IOT
32-35
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INVESTMENT PROFITABILITY ANALYSIS OF AN ON-GRID PHOTOVOLTAIC SYSTEM
36-39
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SYNTHESIS OF INTELLECTUAL SUBSYSTEMS OF DYNAMIC DIAGNOSIS OF THE CONDITION OF TURBINE UNITS THERMAL POWER
40-43
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ANALYSIS OF APPLIED REFERENCE LEADS INFLUENCE ON AN EEG SPECTRUM
44-49
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PERFORMANCE ANALYSIS OF NATIVE AND CROSS-PLATFORM MOBILE APPLICATIONS
50-53
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ELECTRON SOURCE WITH HOT CATHODE SIMULATOR
54-57
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SMART HOME IMPLEMENTATION COMPARISON ON DIFFERENT HARDWARE PLATFORMS
58-61
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THEORETICAL AND EXPERIMENTAL STUDY OF INCOMPRESSIBLE FLUID FLOW THROUGH A SLOTTED ORIFICE
62-65
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ANALYSIS OF INFLUENCE OF NUMERICAL MESH DENSITY ON RESULTS OF SIMULATION OF VON KARMAN VORTEX STREET
66-69
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INVESTIGATION OF SOIL PARAMETERS FROM WATER AREA
70-73
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CONVERSION EFFICENCY OF THE YAG:CE LUMINOPHORES COOPERATED WITH UV-VIS SEMICONDUTOR EMMITERS
74-77
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ANALYSIS OF THE USE OF SELECTED ENGINEERING SIMULATION TOOLS FOR MODELING DAYLIGHT
78-87
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ANOMALIES IN MODELLING BUSINESS PROCESS
88-93
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CONCEPT OF CONTROL SYSTEM FOR HYBRID ELECTROMAGNETIC LAUNCHER WITH USE OF REAL TIME CONTROLLER
94-97
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IMPLEMENTATION OF THE SYSTEM WWS IS THE REQUIREMENT IN DEVELOPMENT OF ELECTROMOBILITY
98-101
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EMOTION RECOGNITION IN POLISH TEXTS BASED ON KEYWORDS DETECTION METHOD
102-105
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CONSTRUCTION OF VACUUM CIRCUIT-BREAKER FOR 7.2 KV
106-109
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ANALYSIS OF LOGARITHMIC ANALOG-TO-DIGITAL CONVERTER WITH SUCCESSIVE APPROXIMATION TAKING INTO ACCOUNT PARASITIC CAPACITANCES
110-114
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CONSTRUCTION SOLUTIONS ROTATIONAL MOLDING MACHINES POLYMER MATERIALS
115-118
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TESTING FOR REVEALING OF DATA STRUCTURE BASED ON THE HYBRID APPROACH
119-122
Main Article Content
Authors
Abstract
This article presents an application that is used as NetFlow collector and analyzer. It is a console application created in Python language. A software analyzer detects and analyzes incoming NetFlow messages version 1 and 5 of devices that support them. The output file is a database of information and analysis of the overall UNIX time duration of reported traffic and analysis of NetFlow lifetime. The software is developed to work with Python version 3 and higher and is designed for the Windows operating system.
Keywords:
IP networks, Computer languages, Software tools
Article Details
TRAFFIC ANALYSIS USING NETFLOW AND PYTHON. (2017). Informatyka, Automatyka, Pomiary W Gospodarce I Ochronie Środowiska, 7(2), 5-7. https://doi.org/10.5604/01.3001.0010.4823
