Company: rubrik_4oct
Difficulty: medium
The Adaptive Content Router Problem Description A revolutionary content delivery network was developed that used quantum-entangled nodes for data storage. The network consisted of n storage nodes (n≤10^5), each with its own quantum signature represented by an integer value. The network was designed to adaptively store data by finding the most compatible nodes based on quantum interference patterns. The key innovation was the Quantum Compatibility Index (QCI), calculated using the XOR operation (⊕) between a node's signature and the incoming data packet. The higher the QCI, the better the quantum resonance and storage efficiency. When a content provider wants to store a data packet with signature x, they specify a subset of the network [L,R] (for load balancing and geographical constraints). The system then needs to: Find the node i within range [L,R] that has the highest quantum compatibility (maximum A[i]⊕x) with the data Store the data by quantum-merging it with the node (updating th