Perseteruan Pep dan Ibra diungkap didalam buku

Hubungan buruk antara Zlatan Ibrahimovic dan Pep Guardiola sudah jadi rahasia umum. Kini, bintang AC Milan ini kembali membeberkannya secara lebih detil lewat buku otobiografinya.

Ibra bicara panjang lebar lewat tulisan dalam buku berjudul "I Am Zlatan Ibrahimovic". Dia menceritakan bagaimana kebahagiaan yang dirasakannya saat pertama kali menjejakkan kaki di Barcelona, hingga akhirnya harus hengkang karena berseteru dengan Guardiola.

"Ini adalah mimpi masa kecil (bisa bergabung dengan Barcelona) dan saya seperti berjalan di atas angin. Awalnya bagus, tapi kemudian (Lionel) Messi mulai bicara, Dia ingin bermain di tengah, bukan di sayap. Jadi, sistem permainan kemudian berubah dari 4-3-3 menjadi 4-5-1. Saya dikorbankan dan tak lagi punya kebebasan di lapangan yang saya butuhkan untuk bisa sukses. Jadi, saya meminta pertemuan dengan Guardiola. Ini untuk diskusi, bukan perdebatan. Saya bilang bahwa saya sudah dipakai dalam cara yang salah dan harusnya mereka tidak membeli saya jika mereka menginginkan pemain tipe lain. Kepada Guardiola, saya mengatakan sesuatu yang pernah dikatakan seorang teman 'Anda membeli sebuah Ferrari, tapi seperti menyetir sebuah Fiat'. Percakapan ini tampaknya akan berjalan baik, tapi kemudian Guardiola mulai membekukan saya. Saya masuk ke sebuah ruangan, dia akan keluar. Dia akan bilang halo ke semua orang, tapi saya akan diabaikan. Saya sudah melakukan banyak hal untuk beradaptasi. Para pemain Barca seperti anak sekolah, mengikuti apa pun kata pelatihnya secara membabi buta. Sementara saya sudah terbiasa bertanya 'mengapa?'. Saya suka orang yang menerobos lampu merah, tak bertele-tele, dan terlalu patuh pada aturan. Jadi, saya mencoba untuk terlalu baik, tak berani kehilangan kesabaran. Tapi, setelah itu saya berhenti mencoba untuk beradaptasi. Sebagai contoh, di Barca, para pemain dilarang membawa mobil sport ke tempat latihan. Saya pikir ini konyol. Bukan urusan orang lain soal mobil apa yang saya bawa. Jadi, di bulan April, sebelum laga melawan Almeria, saya mengendarai mobil Ferrari Enzo untuk bekerja. Dan itu menimbulkan masalah."

Puncak perseteruan Ibra dan Guardiola terjadi setelah laga di kandang Villarreal, Mei 2010, di mana Ibra cuma dimainkan selama lima menit di penghujung laga. Sebagai informasi, itu adalah laga pertama sejak Barca disingkirkan Inter Milan di Liga Champions.

"(Pep) memandang saya dan saya kehilangan itu. Saya pikir 'ada musuh saya di sana, menggaruk kepalanya yang botak'. Saya berteriak kepadanya: 'Anda tidak punya keberanian!'. Dan mungkin hal yang lebih buruk daripada itu."

"Saya menambahkan: 'Anda membuat diri Anda jadi sasaran sumpah serapah (Jose) Mourinho. Anda bisa pergi ke neraka. Saya benar-benar gila."

"Saya melemparkan sekotak alat-alat latihan, itu jatuh berantakan di lantai. Pep tak bilang apa-apa, dia cuma memunguti alat-alat itu dan memasukkannya lagi ke kotak."

"Saya tidak keras, tapi jika saya jadi Guardiola, saya akan takut."

The Loss and The Benefit

1. Bus Topology
   Benefit: Low cost, simple installation.
   Does not require a Hub / Switch
   Loss: Because the signal is 2-way with one cable
   possibility of collision (collision data or mixed
   data) is very large, if it occurs on any broken or loose
   one connector then the entire network will stop,
   check cable end will take a long time
   because it must be done one by one.
2. Ring Topology
   Benefit: Installation of a simple layout, no
   require a Hub / Switch, no collision occurs (collision data
   or mixed data).
   Loss: If it happens on any broken or loose
   one connector then the entire network will stop,
   check cable end will take a long time
   because it must be done one by one.
3. Star Topology
   Benefit: Type of topology is easily developed, if
   damage occurs on one node then only the node
   these are disturbed without disturbing other network.
   Loss: Require an additional cost because it requires
   Hub / switch as a central node (central node)
4. Tree Topology
   Benefit: This tree topology has the advantage of more capable of reaching a greater distanceby activating the Repeater function that is owned by the HUB.
   Loss: Cables used to be much more careful planning is needed so that in its settings,including the layout of the room.
5. Mesh Topology
   Benefit: Robust properties, namely the event of disturbances in connection with computer Acomputer B because damage to the cable connections (links) between A and B, thenthe disorder will not affect the computer A connection with other computers.
   Loss: Each device must have the I / O ports. It took a lot of cable so it takes a lot of cost.
   
   Source: http://www.banjar-jabar.go.id/index.php?pilih=news&mod=yes&aksi=lihat&id=1189 and http://theflydown.blogspot.com/2009/01/keuntungan-dan-kerugian-topologi.html

5. Mesh Topology

 Mesh topology is a form of relationship between devices where each device is connected directly to other devices on the network. As a result, the mesh topology each device can communicate directly with the target device (dedicated link).Thus the maximum number of connections between devices on the network bertopologi this mesh can be calculated that as many as n (n-1) / 2. In addition, because each device can be connected with other devices on the network, each device must have n-1 Port Input / Output (I / O ports).Based on the above understanding, can be exemplified that if as many as 5 (five) computers will be connected in a mesh topology so that all connections between computers can function optimally, the cable connection is required as many as 5 (5-1) / 2 = 10 connection cable, and each each computer must have a port I / O ports as much as 5-1 = 4.


Source: http://www.scribd.com/doc/2424865/Topologi-Jaringan

4. Tree Topology

 Topology tree or hierarchical topology also called and could also be called multilevel topology is a topology that can be used on the network inside the storied office.
 In the figure we can see the relationship between one computer to another computer with a branching hierarchy jelas.sentral center or who are at the very top is an active central central while below it is a passive central


Source: http://www.scribd.com/doc/2424865/Topologi-Jaringan

3. Star Topology

 Star topology is more commonly called the star topology. In this topology we have used the help of other tools to connect computer networks. Examples of tools in use here is a hub, switch, etc..
 On a clear picture serves as a central hub connecting the computers that are interconnected. The advantage of this topology is very much at ease among admins to manage the network, facilitate the addition of computers or terminals, ease of detecting damage and faults on the network. But with many of its advantages in terms of this topology is not without flaws. The drawback to such a waste of cable, the controls are centered on the hub sometimes be a critical issue if if there is damage to the hub then all the network will not be in use.


Source: http://www.scribd.com/doc/2424865/Topologi-Jaringan

2. Ring Topology

 Ring topology is a network topology where each computer connected to the circle. With the sense that every computer that is connected into a network of inter-connected to two other computers to form a network similar to the shape of a ring.
 The advantages of this topology is the cable that is used can be more conserved. But the shortcomings of this topology is the development of the network will be difficult because each computer will be connected to each other.


Source: http://www.scribd.com/doc/2424865/Topologi-Jaringan

1. Bus Topology

 This topology is that the initial topology used to connect computers. In this topology each computer will be connected to a cable length with several terminals, and at the end of Kable must end with a terminator. This topology is very rarely used in building a network of ordinary computers because it has several shortcomings including the possibility of its collision data stream, if one device is broken or there is damage to one part of the computer network will not function immediately before the damage is overcome.

 This topology is initially used as a medium of instruction Coaxial Kable data and information. But at this point in building this topology in computer network using fiber optic cabal (fiber optic) but combined with other network topology to maximize performance.


Source: http://www.scribd.com/doc/2424865/Topologi-Jaringan

Network Topologies

Topology refers to the shape of a network, or the network's layout. How different nodes in a network are connected to each other and how they communicate are determined by the network's topology. Topologies are either physical or logical. Below are diagrams of the five most common network topologies.Network topology is a section that describes the relationship between computers are built based on usability, resource constraints and cost limitations, meaning that network topologies can be tailored to the circumstances existing in the field. Network topology there are several forms as follows; Bus topology, Ring topology, Star topology, Tree topology, and Mesh Topology.