In previous papers, we considered worker waiting times and throughput for an optical disk jukebox-based document storage and retrieval system in an office environment. We modeled the system as a single server queueing system having a finite number of each of two types of worker: document user and document entry. Worker think times and job service times were assumed drawn from an exponential and general distributions, respectively. Throughput and waiting times were obtained under a nonpreemptive head-of-the-line discipline with priority given to users. Formerly, we assumed that a document entry worker would prepare a document for entry and then wait for completion of entryinto the jukebox system before beginning to prepare the next document. An alternate approach is for the document entry workers to continuously prepare new documents for entry. We present performance results, including the equilibrium distribution of the number of documents awaiting entry, for the continuous entry policy. Performance resul...