The red-black tree insert is very much like a tree insert except that its colored red before fix up.
The red-black tree delete considers four cases corresponding to
the fix up sibling w is red => color w to black and left-rotate
x's sibling w is black and both of w's children are black => color w to red.
x's sibling w is black and w's left child is red and right child is black => exchange color of w and its left child and right-rotate
x's sibling w is black and w's right child is red => change w's color and its parent and perform a left rotation
Now on to networking technologies:
SNMP - manages states such as address translation tables, routing tables, TCP connection states etc using MIB
Resolution occurs with different levels of identifiers : domain names, IP addresses, and physical network addresses. First, users specify domain names when interacting with the application. Second, application engages DNS to translate domain names to IP address and lastly IP engages ARP to translate the next hop IP address to physical address.
TLS session involves Client and Server communication where server sends certificate to client with its public key, client sends session keys, initialization vectors etc with encryption using the public key, server decrypts messages with its private key.
A certificate is a document with a digital signature and is signed by a Certification Authority. Keyed MD5 produces a cryptographic checksum for a message as m + MD5(m + k)
Public Key Authentication happens with A sending E(x, Public-B) to B and B sending back the decrypted x.
Kerberos provides a third party authentication by initiating, intercepting and closing the handshake.
Transmission Control Protocol  provides ordered reliable error free transmission with flow control and congestion management. This it does with sequence numbers, sliding window and window scaling. Sequence numbers, selective acknowledgements, receive window fields and persist timers help manage the flow.