Dependency Walker (depends.exe) is a static analysis tool specifically designed to scan Windows portable executables (PE), such as .EXE or .DLL files, and build a hierarchical tree of all their dependent modules. It recursively scans for all dynamically linked libraries required by the application and lists the specific functions imported from each library. This directly addresses the task of finding the "dynamically linked lists" (i.e., the list of required DLLs and their functions) for an application or malware sample.

A. SysAnalyzer: This is a dynamic analysis tool for sandboxing. It monitors an application's behavior during execution (e.g., file system/registry changes), not for statically listing its dependencies.

B. ResourcesExtract: This tool is used to extract embedded resources (e.g., icons, strings, images) from executable files, not to analyze its code or library dependencies.

C. PEiD: This tool's primary function is to identify the compiler, protector, or packer used to create an executable by analyzing its PE header signatures, not to list its DLL dependencies.

1. Sikorski, M., & Honig, A. (2012). Practical Malware Analysis: The Hands-On Guide to Dissecting Malicious Software. No Starch Press. In Chapter 5, "Static Analysis," Dependency Walker is described as a tool to "list a program’s dynamic dependencies" (p. 98). The chapter also differentiates the functions of PEiD (p. 96) and resource extraction tools (p. 101).

2. University of Virginia, School of Engineering and Applied Science. (2015). CS 6501: Malware Analysis, Lecture 3: Static Analysis. In these course materials, Dependency Walker is explicitly listed and described as a tool for viewing the "DLLs and functions used by a PE file" (Slide 20). The same lecture describes PEiD for packer identification (Slide 19).

3. Microsoft. (2021, September 15). Dependency Walker. Microsoft Docs. "Dependency Walker (depends.exe) is a free utility that scans any 32-bit or 64-bit Windows module... and builds a hierarchical tree diagram of all dependent modules." This official description confirms its purpose for identifying dependencies.