Catálogo de publicaciones - libros
Information and Its Role in Nature
Juan G. Roederer
Resumen/Descripción – provisto por la editorial
No disponible.
Palabras clave – provistas por la editorial
No disponibles.
Disponibilidad
| Institución detectada | Año de publicación | Navegá | Descargá | Solicitá |
|---|---|---|---|---|
| No detectada | 2005 | SpringerLink |
Información
Tipo de recurso:
libros
ISBN impreso
978-3-540-23075-5
ISBN electrónico
978-3-540-27698-2
Editor responsable
Springer Nature
País de edición
Reino Unido
Fecha de publicación
2005
Información sobre derechos de publicación
© Springer-Verlag Berlin Heidelberg 2005
Cobertura temática
Tabla de contenidos
Introduction
Juan G. Roederer
This chapter described how the objects in your applications collaborate. You saw how objects pass messages to one another, how events drive your programs, how instances of a class share data, and how to handle exceptions.
In the next chapter, you will look at collections and arrays. Collections and arrays organize similar objects into a group. Working with collections is one of the most common programming constructs you will need to apply in your applications. You will examine some of the basic types of collections available in the NET Framework and become familiar with how to employ collections in your code.
Pp. 1-6
Elements of Classical Information Theory
Juan G. Roederer
This chapter described how the objects in your applications collaborate. You saw how objects pass messages to one another, how events drive your programs, how instances of a class share data, and how to handle exceptions.
In the next chapter, you will look at collections and arrays. Collections and arrays organize similar objects into a group. Working with collections is one of the most common programming constructs you will need to apply in your applications. You will examine some of the basic types of collections available in the NET Framework and become familiar with how to employ collections in your code.
Pp. 7-34
Elements of Quantum Information Theory
Juan G. Roederer
This chapter described how the objects in your applications collaborate. You saw how objects pass messages to one another, how events drive your programs, how instances of a class share data, and how to handle exceptions.
In the next chapter, you will look at collections and arrays. Collections and arrays organize similar objects into a group. Working with collections is one of the most common programming constructs you will need to apply in your applications. You will examine some of the basic types of collections available in the NET Framework and become familiar with how to employ collections in your code.
Pp. 35-78
Classical, Quantum and Information-Driven Interactions
Juan G. Roederer
This chapter described how the objects in your applications collaborate. You saw how objects pass messages to one another, how events drive your programs, how instances of a class share data, and how to handle exceptions.
In the next chapter, you will look at collections and arrays. Collections and arrays organize similar objects into a group. Working with collections is one of the most common programming constructs you will need to apply in your applications. You will examine some of the basic types of collections available in the NET Framework and become familiar with how to employ collections in your code.
Pp. 79-123
The “Active” Role of Information in Biological Systems
Juan G. Roederer
This chapter described how the objects in your applications collaborate. You saw how objects pass messages to one another, how events drive your programs, how instances of a class share data, and how to handle exceptions.
In the next chapter, you will look at collections and arrays. Collections and arrays organize similar objects into a group. Working with collections is one of the most common programming constructs you will need to apply in your applications. You will examine some of the basic types of collections available in the NET Framework and become familiar with how to employ collections in your code.
Pp. 125-160
The ‘Passive’ Role of Information in Physics
Juan G. Roederer
This chapter described how the objects in your applications collaborate. You saw how objects pass messages to one another, how events drive your programs, how instances of a class share data, and how to handle exceptions.
In the next chapter, you will look at collections and arrays. Collections and arrays organize similar objects into a group. Working with collections is one of the most common programming constructs you will need to apply in your applications. You will examine some of the basic types of collections available in the NET Framework and become familiar with how to employ collections in your code.
Pp. 161-197
Information and the Brain
Juan G. Roederer
This chapter described how the objects in your applications collaborate. You saw how objects pass messages to one another, how events drive your programs, how instances of a class share data, and how to handle exceptions.
In the next chapter, you will look at collections and arrays. Collections and arrays organize similar objects into a group. Working with collections is one of the most common programming constructs you will need to apply in your applications. You will examine some of the basic types of collections available in the NET Framework and become familiar with how to employ collections in your code.
Pp. 199-224