31. The current generation of mobile phone standards, with technologies that improve speed and accuracy.
32. An international organization dedicated to creatung telecommunication standards.
33. The preceding generation of mobile phone standards technology; had more advanced features and faster data rates
than the older analog and personal communication services (PCS) technologies.
34. A widely used digital cell phone technology that makes use of spread-spectrum modulation to spread the signal across
a wide range of frequencies.
35. A 4G technology that uses numerous parallel carriers instead of a signle broad carrier and is less susceptible to
interference.
36. A second-generation cellular network standard; currently the most used cellular network in the world.
37. Removeable cards in GSM phones that contain information for identifying subscribers. They can also store other
information, such as messages and call history.
38. A type of nonvolatile memory that can be reprogrammed electronically, without having to physically access of remove
the chip.
39. A US trade association representing hundreds of telecommunication companies that work to establish and maintain
telecommunication standards.
40. Handheld electronic devices that typically contain personal productivity application used for calendaring, contact
management, and note taking. Unlike smart phones, PDAs don’t have telephony capabilities/
41. Describe the file structure on a SIM card, and discuss what information can be retrieved from a SIM card.
42. List the six types of mobile forensics methods as defined by NIST guidelines, and describe each method.
43. List and briefly describe some of the technologies that can be used to create 4G networks.
44. Describe the two different types of memory typically used by mobile devices.
45. What difficulties might a forensics investigator face when attempting to check information with a service provider that
uses third party cloud services?
46. Describe three different types of peripheral memory cards that are commonly used with PDAs.
47. Explain why mobile phone forensics is a challenging task.
48. List and describe the three main components that are used for cell communication as defined by NIST SP 800–101.
49. What challenges are being posed by the Internet of Things (IoT)?
50. When discussing social media forensics on mobile devices, how do the various platforms differ?