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} } p u b l i c T Oeq u eu e ( ) { T va l j l o c k ( m_deq Loc k ) {

ret u rn va l j }

signi cant multipath interference due to the NLOS communications [33] Three PHY layers have been speci ed in the standard documents:

They are recommended by Microsoft and RealNetworks Windows 95/98/Me, 2000, and NT support is available

The implementation here i s fairly simplistic We have two nodes, m_h ead and m_t a i l, and two locks, m_e n q L o c k for enqueuing and m_deq Loc k for dequeuing The queue is initialized with m_h e a d and m_t a i l pointing at the same sentinel node As elements are enqueued, we acquire m_e n q Loc k and change m_t a i l m_n ext and m_t a i l itself to refer to the new node As ele ments are dequeued, we acquire m_deq Loc k and swap the m_h ead reference

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the future There are other kinds of kernel objects, and they are used in the implementation of various other higher-level waiting primitives in Win32 and the NET Framework They are all described in 5, Windows Kernel Synchronization When a thread waits, it is put into a wait state (versus a runnable state), which triggers a context switch to remove it from the processor immedi ately, and ensures that the Windows thread scheduler will subsequently ignore it when considering which thread to run next This avoids wasting CPU availability and power and permits other threads in the system to make forward progress Imagine a fictional API Wa i t S y sC a l l that allows threads to wait Our busy wait loop from earlier might become something like this:

Now instead o f other threads simply making P true, the thread that makes P true must now take into consideration that other threads might be waiting It then wakes them with a corresponding call to Wa keSysC a l l

You probably have picked up a negative outlook on busy waiting alto gether Busy waiting can be used (with care) to improve performance and scalability on multiprocessor machines, particularly for fine-grained concurrency The reason is subtle, having to do with the cost of context switching, waiting, and waking Getting it correct requires an intelligent combination of both spinning and true waiting There are also some archi tecture specific considerations that you will need to make (If it's not obvi ous by now, the spin wait as written above is apt to cause you many problems, so please don't try to use it) We will explore this topic in 1 4, Performance and Scalability

Closed captioning (CC) Phase alternate line (PAL) and National Television Standards Committee (NTSC) supported video formats Image overlay Supports video for Windows application programming interfaces (APIs) and OPI (Osprey Programming Interface)

r Wireless MAC-SCa This PHY layer is based on single carrier technology r Wireless MAN-OFDM This PHY layer uses orthogonal frequency division multiplexing r Wireless MAN-OFDMA This PHY layer uses orthogonal frequency division multiple access with 2048 subcarriers In the OFDMA mode, the active carriers are divided into a subset of carriers, termed subchannels, which may be addressed to different (groups of) individual receivers This solution can offer advanced multiplexing in tiered MANs and support selective multicast applications The parameters of the downlink and uplink transmissions, such as modulation type, forward error correction code, guard times, etc, can be adaptively selected by SSs, effectively balancing different data rates and link quality The modulation method may be adjusted almost instantaneously, ie frame-by-frame, for the optimum data transfer with 256 subcarriers

Continuation Passing as an Alternative to Waiting Sometimes it's advantageous to avoid waiting altogether This is for a number of reasons, including avoiding the costs associated with blocking a Windows thread

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