... a) A Tree ADT comprises of the following es and sub es parent (n, T) 2. lmostchild (n, T) 3. rsibling (n, T) 4. root (T) 5. makenull (n, T)
6. height (n, T)
7. depth (n, T)
8. createi (v, T1, T2,..., Ti) creates the tree shown in Figure below.
The data structure should be in a position to support every one of the operations listed above. The common schemes that ADT is expected to include are: the arrays, list of children, Child-Sibling representation.
The source code is give below as a text file.
// Classes for performing Adaptive Huffman Coding (both FGK and modified Vitter algorithm).
// - AdaptiveHuffmanProvider: Static methods used to compress and decompress
// - AdaptiveHuffmanS...