"Paris the Heiress" is famous for her too many scandals as well as for the controversial Paris Hilton Sedu hairstyles. It seems that Paris Hilton had everything – Sedu short hair styles and long ones. We are proud to declare that Paris Hilton may join the Sedu celebrity hair styles club.
Before we learn more about the Paris Hilton sedu hairstyles we are obliged to give you a short description of Miss Hilton. She was born on 1981 as the proud and rich grad daughter of Conrad Hilton the founder of the Hilton hotels.
Paris Hilton likes celebrities – You may ask Leonardo DiCaprio and Edward Furlong or watch her famous sex tape. Some say she is a trouble maker and recently Sir Elton john banned her from future Oscar parties. You can guess why.
Following is a description of some of the famous Paris Hilton Sedu Hairstyles:
1. New style bob cut – In my opinion, this his the best Sedu short hair style Paris Hilton goes with. The length of her hair is just above the shoulder and the combination of her beautiful face and this round haircut is almost perfect.
2. A wax funky style haircut – This Paris Hilton Sedu hairstyle is unique. It is a typical Sedu celebrity hair style but not typical at all for Paris Hilton. The hair is pinned tightly back and high giving her a princess look.
3. Long blond hair. Probably the most common Paris Hilton Sedu hairstyle is long hair extensions hairstyle.
4. Half up half down Sedu celebrity hairstyle – This is a relatively easy to make hairstyle and one of the pretty ones. This Paris Hilton hairstyle looks much more natural than the other ones.
By the way, according to the latest rumors from Paris Hilton hair stylists and hair dressers, her hair is in a bad condition because of the constant makeovers and changes it is going through.
Articles
TCP-IP architecture model
1. Network interface(Data link) layer
2. Network layer
3. Transport layer
4. Application layer
Network interface layer
The lowest layer of the TCP/IP model. Its task is to provide access to the transmission physical medium and it differs according to the implementation of the medium.
Network layer
The network layer provides network addressing, routing and datagram transmission. Used protocols that will be of interest further regarding DHCP are IP and ARP.
IP protocol
It is the basic protocol of the network layer and in general the internet as a whole. It sends datagrams, which are independent units that contain information about the destination, source and the sequence number of the datagram. The sequence number is used for message reconstruction, since the delivery order of the datagrams might not be the same as their order in the message and delivery reliability isn't guaranteed at all.
IP protocol versions:
" IP v4 - 32 bit addresses. Provides approximately 4 billion unique addresses which aren't sufficient at present times.
" IP v6 - 128 bit addresses. The transition to v6 will bring (is bringing) higher security, QoS, packet segmentation and many more IP addresses. (the transition from IP v4 to IP v6 must be supported by the system provider)
ARP protocol
The ARP abbreviation stands for Address Resolution Protocol. This protocol is used to find the physical address (MAC) based on a known IP address. If required ARP sends information concerning the wanted address to all the stations in the network - Broadcast. The stations consequently answer with a message containing their MAC. If the wanted device/station is outside the node/segment, the appropriate router will answer instead of it.
Transport layer
The transport layer is implemented only in terminal devices and it adjusts the behavior of the network according to the requirements of the device/application.
Application layer
The application layer is composed of programs that use net services to fulfill the needs of users. Examples of specific protocols are for instance FTP, DNS and DHCP.
Application protocols use TCP, UDP or both services at the same time. So called ports are used to differentiate between application protocols, they represent a type of label of the application. It is possible to change the ports in the settings of the service, but each service has a default port that isn't changed for most services and is used as an unwritten standard.
" FTP = 21
" DNS = 53
" DHCP = 67 + 68
2. Network layer
3. Transport layer
4. Application layer
Network interface layer
The lowest layer of the TCP/IP model. Its task is to provide access to the transmission physical medium and it differs according to the implementation of the medium.
Network layer
The network layer provides network addressing, routing and datagram transmission. Used protocols that will be of interest further regarding DHCP are IP and ARP.
IP protocol
It is the basic protocol of the network layer and in general the internet as a whole. It sends datagrams, which are independent units that contain information about the destination, source and the sequence number of the datagram. The sequence number is used for message reconstruction, since the delivery order of the datagrams might not be the same as their order in the message and delivery reliability isn't guaranteed at all.
IP protocol versions:
" IP v4 - 32 bit addresses. Provides approximately 4 billion unique addresses which aren't sufficient at present times.
" IP v6 - 128 bit addresses. The transition to v6 will bring (is bringing) higher security, QoS, packet segmentation and many more IP addresses. (the transition from IP v4 to IP v6 must be supported by the system provider)
ARP protocol
The ARP abbreviation stands for Address Resolution Protocol. This protocol is used to find the physical address (MAC) based on a known IP address. If required ARP sends information concerning the wanted address to all the stations in the network - Broadcast. The stations consequently answer with a message containing their MAC. If the wanted device/station is outside the node/segment, the appropriate router will answer instead of it.
Transport layer
The transport layer is implemented only in terminal devices and it adjusts the behavior of the network according to the requirements of the device/application.
Application layer
The application layer is composed of programs that use net services to fulfill the needs of users. Examples of specific protocols are for instance FTP, DNS and DHCP.
Application protocols use TCP, UDP or both services at the same time. So called ports are used to differentiate between application protocols, they represent a type of label of the application. It is possible to change the ports in the settings of the service, but each service has a default port that isn't changed for most services and is used as an unwritten standard.
" FTP = 21
" DNS = 53
" DHCP = 67 + 68
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