Using programmed execution as a scientific principle for examining questioned digital documents
NetworkProf
Using programmed execution as a scientific principle for examining questioned digital documents
15:28
Questioned Digital Documents - Documents that contain malware (Episode 8)
NetworkProf
Questioned Digital Documents - Documents that contain malware (Episode 8)
39:25
Application layer (5/5): X11 / distributed systems (Computer networks)
NetworkProf
Application layer (5/5): X11 / distributed systems (Computer networks)
47:11
Network layer (6/6): IPv4 - A luta continua (Computer Networks)
NetworkProf
Network layer (6/6): IPv4 - A luta continua (Computer Networks)
28:40
Network layer (5/6): IPv6 (Computer Networks)
NetworkProf
Network layer (5/6): IPv6 (Computer Networks)
1:05:23
Network layer (4/6): ICMP and IPv4 finale (Computer Networks)
NetworkProf
Network layer (4/6): ICMP and IPv4 finale (Computer Networks)
40:00
Network layer (3/6): Subnets and supernets (Computer Networks)
NetworkProf
Network layer (3/6): Subnets and supernets (Computer Networks)
37:34
Network layer (2/6): IPv4 addressing (Computer Networks)
NetworkProf
Network layer (2/6): IPv4 addressing (Computer Networks)
30:41
Network layer (1/6): Routing and addressing (Computer networks)
NetworkProf
Network layer (1/6): Routing and addressing (Computer networks)
11:08
Transport layer (1/3): Process-to-process (Computer Networks)
NetworkProf
Transport layer (1/3): Process-to-process (Computer Networks)
26:37
Presentation layer (1/4): Characters (Computer networks)
NetworkProf
Presentation layer (1/4): Characters (Computer networks)
28:26
Application layer (3b/5): The Bellman-Ford algorithm (Computer networks)
NetworkProf
Application layer (3b/5): The Bellman-Ford algorithm (Computer networks)
22:39
Application layer (3a/5): Dijkstra's algorithm (Computer networks)
NetworkProf
Application layer (3a/5): Dijkstra's algorithm (Computer networks)
33:25
Application layer (4/5): Network management protocols (Computer networks)
NetworkProf
Application layer (4/5): Network management protocols (Computer networks)
1:01:10
Application layer (3/5): Gateway (or routing) protocols (Computer networks)
NetworkProf
Application layer (3/5): Gateway (or routing) protocols (Computer networks)
55:37
Application layer (2/5): The domain name system (DNS) (Computer networks)
NetworkProf
Application layer (2/5): The domain name system (DNS) (Computer networks)
1:43:06
Application layer (1/5): A simple example or two of application layer protocols (Computer networks)
NetworkProf
Application layer (1/5): A simple example or two of application layer protocols (Computer networks)
1:11:54
ISO OSI (2/2): Traversing the ISO OSI reference model (Computer networks)
NetworkProf
ISO OSI (2/2): Traversing the ISO OSI reference model (Computer networks)
40:46
ISO OSI (1/2): Introduction to the ISO OSI model (Computer networks)
NetworkProf
ISO OSI (1/2): Introduction to the ISO OSI model (Computer networks)
37:37
Preface (5/5): Socket programming (Computer networks)
NetworkProf
Preface (5/5): Socket programming (Computer networks)
1:01:03
Preface (4/5): The need for standards (Computer networks)
NetworkProf
Preface (4/5): The need for standards (Computer networks)
25:43
Preface (3/5): The Internet (Computer networks)
NetworkProf
Preface (3/5): The Internet (Computer networks)
25:47
Preface (2/5): Let's forget the Internet for a moment... (Computer networks)
NetworkProf
Preface (2/5): Let's forget the Internet for a moment... (Computer networks)
26:57
Preface (1/5): Before we start this online module... (Computer networks)
NetworkProf
Preface (1/5): Before we start this online module... (Computer networks)
25:05
Questioned Digital Documents - Certified / notarised documents (Episode 7)
NetworkProf
Questioned Digital Documents - Certified / notarised documents (Episode 7)
55:12
Questioned Digital Documents - Digital signatures (Episode 6)
NetworkProf
Questioned Digital Documents - Digital signatures (Episode 6)
1:23:00
Questioned Digital Documents - Digital ageing and dating (Episode 5)
NetworkProf
Questioned Digital Documents - Digital ageing and dating (Episode 5)
56:43
Questioned Digital Documents - Metadata (Episode 4)
NetworkProf
Questioned Digital Documents - Metadata (Episode 4)
1:42:03
Karnaugh Maps - An Introduction
NetworkProf
Karnaugh Maps - An Introduction
43:11
Questioned Digital Documents - Digital toolmarks (Episode 3)
NetworkProf
Questioned Digital Documents - Digital toolmarks (Episode 3)
1:10:30
Questioned Digital Documents - An Introduction (1b) [Version 2.0]
NetworkProf
Questioned Digital Documents - An Introduction (1b) [Version 2.0]
1:07:27
Questioned Digital Documents - An Introduction (1a)
NetworkProf
Questioned Digital Documents - An Introduction (1a)
1:18:52
Physical layer (3/3): Wrap-up (Computer networks)
NetworkProf
Physical layer (3/3): Wrap-up (Computer networks)
37:46
Physical layer (2/3): Radiated connections (Computer networks)
NetworkProf
Physical layer (2/3): Radiated connections (Computer networks)
51:02
Physical layer (1/3): Conducting media (Computer networks)
NetworkProf
Physical layer (1/3): Conducting media (Computer networks)
44:47
Data link layer (5/5): Token passing (Computer networks)
NetworkProf
Data link layer (5/5): Token passing (Computer networks)
32:46
Data link layer (4/5): Multiple access (Computer networks)
NetworkProf
Data link layer (4/5): Multiple access (Computer networks)
45:52
Data link layer (3/5): Data delineation (Computer networks)
NetworkProf
Data link layer (3/5): Data delineation (Computer networks)
59:20
Data link layer (2/5): Hamming code (Computer networks)
NetworkProf
Data link layer (2/5): Hamming code (Computer networks)
20:46
Data link layer (1/5): Themes and error control (Computer networks)
NetworkProf
Data link layer (1/5): Themes and error control (Computer networks)
30:09
Computer networks - Layer 3 Part 6: IPv4 - A luta continua
NetworkProf
Computer networks - Layer 3 Part 6: IPv4 - A luta continua
29:59
Computer networks - Layer 3 Part 5: IPv6
NetworkProf
Computer networks - Layer 3 Part 5: IPv6
45:01
Computer networks - Layer 3 Part 4: ICMP and IPv4 finale
NetworkProf
Computer networks - Layer 3 Part 4: ICMP and IPv4 finale
41:10
Computer networks - Layer 3 Part 3: Subnets and supernets
NetworkProf
Computer networks - Layer 3 Part 3: Subnets and supernets
38:21
Computer networks - Layer 3 Part 2: IPv4 addressing
NetworkProf
Computer networks - Layer 3 Part 2: IPv4 addressing
31:21
Computer networks - Layer 3 Part 1: Routing and addressing
NetworkProf
Computer networks - Layer 3 Part 1: Routing and addressing
22:45
Transport layer (3/3): TCP finale and UDP (Computer networks)
NetworkProf
Transport layer (3/3): TCP finale and UDP (Computer networks)
38:35
Transport layer (2/3): Communicating reliably (Computer networks)
NetworkProf
Transport layer (2/3): Communicating reliably (Computer networks)
40:34
Computer networks - Layer 4 Part 1: Process-to-process
NetworkProf
Computer networks - Layer 4 Part 1: Process-to-process
38:17
Session layer (1/1): A few remarks about sessions (Computer networks)
NetworkProf
Session layer (1/1): A few remarks about sessions (Computer networks)
9:23
Presentation layer (4/4): Meta-representation (Computer networks)
NetworkProf
Presentation layer (4/4): Meta-representation (Computer networks)
25:31
Presentation layer (3/4): MIME (Computer networks)
NetworkProf
Presentation layer (3/4): MIME (Computer networks)
30:28
Presentation layer (2/4): Universal characters (Computer networks)
NetworkProf
Presentation layer (2/4): Universal characters (Computer networks)
29:34
Computer networks - Layer 6 Part 1: Characters
NetworkProf
Computer networks - Layer 6 Part 1: Characters
26:58