Hi I am an AI and computer vision researcher. I like to work with web and android application development technologies. I am active in various technical activities such as Google Cloud Platform, Google Developers Group Raipur, Competitive coding. I love to read books, poetry writing, dancing, and travelling. #developer #androidapp #ai #googlecloud #webdevelopment #googledevelopers #poetry #dancing
Thank for your update , can anyone expert can help me for something about CIC feature meaning as "fid":"FID", "sip":"SIP", "spt":"SPT", "dip":"DIP", "dpt":"DPT", "prot":"PROT", "tstp":"TSTP", "dur":"DUR", "tfwp":"TFWP", "tbwp":"TBWP", "tlfwp":"TLFWP", "tlbwp":"TLBWP", "fwplma":"FWPLMA", "fwplmi":"FWPLMI", "fwplag":"FWPLAG", "fwplsd":"FWPLSD", "bwplma":"BWPLMA", "bwplmi":"BWPLMI", "bwplag":"BWPLAG", "bwplsd":"BWPLSD", "fb/s":"FB/S", "fp/s":"FP/S", "fliatag":"FLIATAG", "fliatsd":"FLIATSD", "fliatma":"FLIATMA", "fliatmi":"FLIATMI", "fwiatto":"FWIATTO", "fwiatag":"FWIATAG", "fwiatsd":"FWIATSD", "fwiatma":"FWIATMA", "fwiatmi":"FWIATMI", "bwiatto":"BWIATTO", "bwiatag":"BWIATAG", "bwiatsd":"BWIATSD", "bwiatma":"BWIATMA", "bwiatmi":"BWIATMI", "fwpsh":"FWPSH", "bwpsh":"BWPSH", "fwurg":"FWURG", "bwurg":"BWURG", "fwhl":"FWHL", "bwhl":"BWHL", "fwp/s":"FWP/S", "bwp/s":"BWP/S", "plmi":"PLMI", "plma":"PLMA", "plag":"PLAG", "plsd":"PLSD", "plva":"PLVA", "finct":"FINCT", "synct":"SYNCT", "rstct":"RSTCT", "pshct":"PSHCT", "ackct":"ACKCT", "urgct":"URGCT", "cwrct":"CWRCT", "ecect":"ECECT", "d/uro":"D/URO", "psag":"PSAG", "fwsgag":"FWSGAG", "bwsgag":"BWSGAG", "fwb/bag":"FWB/BAG", "fwp/bag":"FWP/BAG", "fwbrag":"FWBRAG", "bwb/bag":"BWB/BAG", "bwp/bag":"BWP/BAG", "bwbrag":"BWBRAG", "sffwp":"SFFWP", "sffwb":"SFFWB", "sfbwp":"SFBWP", "sfbwb":"SFBWB", "fwwb":"FWWB", "bwwb":"BWWB", "fwap":"FWAP", "fwsgmi":"FWSGMI", "acag":"ACAG", "acsd":"ACSD", "acma":"ACMA", "acmi":"ACMI", "ilag":"ILAG", "ilsd":"ILSD", "ilma":"ILMA", "ilmi":"ILMI", "label":"LABEL" above is related to below , Flow duration Duration of the flow in Microsecond total Fwd Packet Total packets in the forward direction total Bwd packets Total packets in the backward direction total Length of Fwd Packet Total size of packet in forward direction total Length of Bwd Packet Total size of packet in backward direction Fwd Packet Length Min Minimum size of packet in forward direction Fwd Packet Length Max Maximum size of packet in forward direction Fwd Packet Length Mean Mean size of packet in forward direction Fwd Packet Length Std Standard deviation size of packet in forward direction Bwd Packet Length Min Minimum size of packet in backward direction Bwd Packet Length Max Maximum size of packet in backward direction Bwd Packet Length Mean Mean size of packet in backward direction Bwd Packet Length Std Standard deviation size of packet in backward direction Flow Bytes/s Number of flow bytes per second Flow Packets/s Number of flow packets per second Flow IAT Mean Mean time between two packets sent in the flow Flow IAT Std Standard deviation time between two packets sent in the flow Flow IAT Max Maximum time between two packets sent in the flow Flow IAT Min Minimum time between two packets sent in the flow Fwd IAT Min Minimum time between two packets sent in the forward direction Fwd IAT Max Maximum time between two packets sent in the forward direction Fwd IAT Mean Mean time between two packets sent in the forward direction Fwd IAT Std Standard deviation time between two packets sent in the forward direction Fwd IAT Total Total time between two packets sent in the forward direction Bwd IAT Min Minimum time between two packets sent in the backward direction Bwd IAT Max Maximum time between two packets sent in the backward direction Bwd IAT Mean Mean time between two packets sent in the backward direction Bwd IAT Std Standard deviation time between two packets sent in the backward direction Bwd IAT Total Total time between two packets sent in the backward direction Fwd PSH flags Number of times the PSH flag was set in packets travelling in the forward direction (0 for UDP) Bwd PSH Flags Number of times the PSH flag was set in packets travelling in the backward direction (0 for UDP) Fwd URG Flags Number of times the URG flag was set in packets travelling in the forward direction (0 for UDP) Bwd URG Flags Number of times the URG flag was set in packets travelling in the backward direction (0 for UDP) Fwd Header Length Total bytes used for headers in the forward direction Bwd Header Length Total bytes used for headers in the backward direction FWD Packets/s Number of forward packets per second Bwd Packets/s Number of backward packets per second Packet Length Min Minimum length of a packet Packet Length Max Maximum length of a packet Packet Length Mean Mean length of a packet Packet Length Std Standard deviation length of a packet Packet Length Variance Variance length of a packet FIN Flag Count Number of packets with FIN SYN Flag Count Number of packets with SYN RST Flag Count Number of packets with RST PSH Flag Count Number of packets with PUSH ACK Flag Count Number of packets with ACK URG Flag Count Number of packets with URG CWR Flag Count Number of packets with CWR ECE Flag Count Number of packets with ECE down/Up Ratio Download and upload ratio Average Packet Size Average size of packet Fwd Segment Size Avg Average size observed in the forward direction Bwd Segment Size Avg Average size observed in the backward direction Fwd Bytes/Bulk Avg Average number of bytes bulk rate in the forward direction Fwd Packet/Bulk Avg Average number of packets bulk rate in the forward direction Fwd Bulk Rate Avg Average number of bulk rate in the forward direction Bwd Bytes/Bulk Avg Average number of bytes bulk rate in the backward direction Bwd Packet/Bulk Avg Average number of packets bulk rate in the backward direction Bwd Bulk Rate Avg Average number of bulk rate in the backward direction Subflow Fwd Packets The average number of packets in a sub flow in the forward direction Subflow Fwd Bytes The average number of bytes in a sub flow in the forward direction Subflow Bwd Packets The average number of packets in a sub flow in the backward direction Subflow Bwd Bytes The average number of bytes in a sub flow in the backward direction Fwd Init Win bytes The total number of bytes sent in initial window in the forward direction Bwd Init Win bytes The total number of bytes sent in initial window in the backward direction Fwd Act Data Pkts Count of packets with at least 1 byte of TCP data payload in the forward direction Fwd Seg Size Min Minimum segment size observed in the forward direction Active Min Minimum time a flow was active before becoming idle Active Mean Mean time a flow was active before becoming idle Active Max Maximum time a flow was active before becoming idle Active Std Standard deviation time a flow was active before becoming idle Idle Min Minimum time a flow was idle before becoming active Idle Mean Mean time a flow was idle before becoming active Idle Max Maximum time a flow was idle before becoming active Idle Std Standard deviation time a flow was idle before becoming active Thank you 🙏🙏🙏
great video.. i have a question does it also labels the traffic as normal or attack? and i have already captured pcap which i want to convert to csv with labels.
hi mam when i'm trying to capture the traffic after selecting the network interface,the recording screen doesn't capture anything can you fix this problem? also i have read that npcap works better than the winpcap application,can you make a video addressing this issue please
Thanks a lot. I am doing my thesis usisng this application. Can I connect with you linkdin or any social platform? If possible please send me an email. I need more information from you.. Thanks a lot sister
@@TechSorter I am using CIC flow meter in offline. So, I uploaded pcap file and generate the flow. But my question is I found different flow number different time for same pcap file. What is the reason behind of that?
Hi thanks for the network tool. i got a problem, im trying to execute the binary file in a windows virtual machine but when i press load button for to show available interfaces, it's not show nothing, any idea or this is a bug?
Cicflowmeter will capture the traffic generate by your system for any random site or your site better you use other network traffic capturing applications You can use wireshark maybe it will work
@@TechSorter Thank you very much! I figured out the problem. CICFlowMeter convert every connection(flow) to a single row of csv, not packet by packet. So, it was just misunderstanding by me for tool function.
@@Ifamunas before the CICflowmeter generates a dataset,we should access a website which is used my multiple users? Am i right? If yes how can i access the website and generate dataset by CIC. We are working on a project,your answer would help us. Hope this message finds you!
Please i want to ask if anyone can tell me the categories of the 76 features generate by CICFlowMeter. E.g which among these features are time information, payload information meta information from application layer, etc. I only know the statistics features
Nice video ma. Thanks for the good work. Please if you can also do a video on have to preprocess raw pcap for deep learning. i am stacked at the point of truncate and padd 0 x 00 if length is less than the fixed length please help me
Nice video, I have a question, I have tried to use cicflowmeter to convert pcap files of DDoS2019 dataset to csv files. The problem is the resulted csv files have 'No Label' as the last label column. How can I generate labeled csv files from the cicflowmeter?
